World Champion Reveals Why Sprinting 3 Days a Week Beats Daily Cardio for Fat Loss, Brain Health, and Longevity

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Endurance training creates a hormonal nightmare, particularly as we age.

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Endurance training creates a hormonal nightmare, particularly as we age.

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Hormone Balance: The Foundation of Longevity

Endurance training creates a hormonal nightmare, particularly as we age.

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Hormone Balance: The Foundation of Longevity

Endurance training creates a hormonal nightmare, particularly as we age.

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

What makes her perspective especially credible is her own transformation—she ran faster at age 43 than she did as a Division I college athlete.

Hormone Balance: The Foundation of Longevity

Endurance training creates a hormonal nightmare, particularly as we age.

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

What makes her perspective especially credible is her own transformation—she ran faster at age 43 than she did as a Division I college athlete.

Hormone Balance: The Foundation of Longevity

Endurance training creates a hormonal nightmare, particularly as we age.

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Her insights are particularly relevant for anyone over 40 looking to optimize their health span.

What makes her perspective especially credible is her own transformation—she ran faster at age 43 than she did as a Division I college athlete.

Hormone Balance: The Foundation of Longevity

Endurance training creates a hormonal nightmare, particularly as we age.

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Her insights are particularly relevant for anyone over 40 looking to optimize their health span.

What makes her perspective especially credible is her own transformation—she ran faster at age 43 than she did as a Division I college athlete.

Hormone Balance: The Foundation of Longevity

Endurance training creates a hormonal nightmare, particularly as we age.

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

In a detailed conversation on the Model Health Show podcast, the world masters champion outlined ten specific reasons why sprint training surpasses traditional endurance work for longevity.

Her insights are particularly relevant for anyone over 40 looking to optimize their health span.

What makes her perspective especially credible is her own transformation—she ran faster at age 43 than she did as a Division I college athlete.

Hormone Balance: The Foundation of Longevity

Endurance training creates a hormonal nightmare, particularly as we age.

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

In a detailed conversation on the Model Health Show podcast, the world masters champion outlined ten specific reasons why sprint training surpasses traditional endurance work for longevity.

Her insights are particularly relevant for anyone over 40 looking to optimize their health span.

What makes her perspective especially credible is her own transformation—she ran faster at age 43 than she did as a Division I college athlete.

Hormone Balance: The Foundation of Longevity

Endurance training creates a hormonal nightmare, particularly as we age.

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Track and field champion Cynthia Monteleone recently made waves in the health and fitness community with a compelling argument that challenges conventional wisdom about cardiovascular training.

In a detailed conversation on the Model Health Show podcast, the world masters champion outlined ten specific reasons why sprint training surpasses traditional endurance work for longevity.

Her insights are particularly relevant for anyone over 40 looking to optimize their health span.

What makes her perspective especially credible is her own transformation—she ran faster at age 43 than she did as a Division I college athlete.

Hormone Balance: The Foundation of Longevity

Endurance training creates a hormonal nightmare, particularly as we age.

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Track and field champion Cynthia Monteleone recently made waves in the health and fitness community with a compelling argument that challenges conventional wisdom about cardiovascular training.

In a detailed conversation on the Model Health Show podcast, the world masters champion outlined ten specific reasons why sprint training surpasses traditional endurance work for longevity.

Her insights are particularly relevant for anyone over 40 looking to optimize their health span.

What makes her perspective especially credible is her own transformation—she ran faster at age 43 than she did as a Division I college athlete.

Hormone Balance: The Foundation of Longevity

Endurance training creates a hormonal nightmare, particularly as we age.

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?

Track and field champion Cynthia Monteleone recently made waves in the health and fitness community with a compelling argument that challenges conventional wisdom about cardiovascular training.

In a detailed conversation on the Model Health Show podcast, the world masters champion outlined ten specific reasons why sprint training surpasses traditional endurance work for longevity.

Her insights are particularly relevant for anyone over 40 looking to optimize their health span.

What makes her perspective especially credible is her own transformation—she ran faster at age 43 than she did as a Division I college athlete.

Hormone Balance: The Foundation of Longevity

Endurance training creates a hormonal nightmare, particularly as we age.

According to Monteleone, long-duration cardio tanks testosterone levels and disrupts the delicate balance of sex hormones. For women over 40, this becomes especially problematic.

Endurance training tanks testosterone especially. And for women, age 40 and over, our hormones are already kind of on this roller coaster.

The culprit? Chronic cortisol elevation.

While sprinting produces a cortisol spike like any exercise, that spike blunts faster than with endurance work. Long, steady cardio keeps cortisol lingering in your system, disrupting hormonal harmony for hours.

Your Gut Health Depends on Training Intensity

Marathon runners face an uncomfortable truth: their training wreaks havoc on their digestive system.

Research published in exercise science journals reveals that endurance athletes experience abnormally high rates of gastrointestinal problems. The repetitive stress disrupts gut bacteria in ways that compromise overall health.

Monteleone explains that exercise type actually dictates gut bacterial composition because bacteria must produce fuel differently based on training demands. Sprint training avoids these digestive disruptions entirely.

Brain-Derived Neurotrophic Factor: Getting Smarter Through Speed

Want to boost cognitive function? Sprint, don’t jog.

It actually increases BDNF, which most people probably listening to your podcast know, but some people don’t know. It’s brain derived neurotrophic factor. This is like fertilizer for your brain.

Studies measuring learning ability before and after high-intensity interval work show remarkable improvements. Participants demonstrated enhanced cognitive performance post-sprint compared to those doing endurance training.

This isn’t just about memory—it’s about neuroplasticity and keeping your brain young.

Mental Health Benefits That Endurance Training Can’t Match

Depression and anxiety respond powerfully to sprint training.

Low BDNF levels correlate strongly with mood disorders. Research participants who incorporated sprinting into their routines experienced measurable relief from anxiety and depression symptoms.

The happiness factor comes from intensity, not duration. Your brain chemistry changes more dramatically from brief, intense effort than from hours of steady-state cardio.

Oxidative Stress: The Hidden Danger of Distance Running

Reactive oxygen species (ROS) accumulate dangerously during endurance training.

Monteleone points to research showing that marathon training generates oxidative stress levels impossible to mitigate with antioxidants alone. One study specifically stated the damage exceeds what supplementation can repair.

Sprint training produces minimal ROS in comparison, protecting your cells from premature aging at the molecular level.

Fat Loss: Why Sprinters Stay Leaner

The misconception persists that long cardio burns more fat. Science disagrees.

Monteleone often encounters women turning 40 who decide to train for marathons as weight-loss goals. This strategy typically backfires.

She’s running all this mileage slow, trying to lose this body fat, but they’re actually their body fat is clinging to them and they’re not losing the weight.

Sprint training creates superior EPOC (excess post-exercise oxygen consumption). Catecholamines—adrenaline and noradrenaline—remain elevated long after sprinting, continuing to burn fat through the night.

Endurance training heats the body like a thermostat during exercise. Sprinting lights a fire that keeps burning.

Muscle Mass Preservation: The Longevity Essential

Compare a marathoner’s physique to a 100-meter sprinter’s body. The difference tells the story.

After age 60, power loss accelerates dramatically—approximately 30% decline. Maintaining muscle mass directly impacts longevity and quality of life.

Endurance training signals your body that muscle is unnecessary baggage. Sprint training does the opposite, preserving fast-twitch fibers critical for movement, balance, and fall prevention as you age.

Overuse Injuries: The Price of Repetition

Statistics reveal that endurance athletes suffer dramatically higher rates of overuse injuries.

The logic is straightforward: repetitive motion over extended periods degrades tendons. Achilles problems and various tendinopathies plague distance runners.

Tendon stiffness—essential for power production—requires sprint training to develop properly. Endurance work undermines this quality, particularly when combined with poor running form.

We’ve all seen those runners on the side of the road that are training for their marathon and they don’t quite have the correct form, foot strike and all that. They’re just basically running like Steven Seagal.

Heart Health: When More Isn’t Better

This revelation surprises most people: endurance training can damage your heart.

Excessive cardiac hypertrophy, particularly left ventricle enlargement, creates serious problems. Medical literature documents cases of seemingly fit marathoners and triathletes suffering heart attacks.

Sprint training remodels the heart beneficially—building strength through intensity and recovery cycles—without the dangerous enlargement associated with chronic endurance work.

AQP4 Polarization: Brain Cleaning at the Cellular Level

Monteleone’s favorite reason involves aquaporin 4 channels in the brain.

Most people now understand the glymphatic system—the brain’s waste-clearing mechanism that operates during sleep. What few realize is that proper AQP4 polarization determines how effectively this cleaning occurs.

That channel needs to get rid of that waste and it has to be properly polarized to do that. And lo and behold, I found in the literature polarization of the AQP4 is better in sprinting and high-intensity work than in endurance training.

This mechanism directly impacts Alzheimer’s prevention and cognitive longevity. Sprint training optimizes brain waste removal in ways that steady cardio cannot.

Neural Wiring: The Ultimate Longevity Factor

Muscle size matters less than muscle performance for longevity.

Research confirms that power output predicts lifespan better than muscle mass alone. Neuromuscular junctions—where nerves signal muscles to contract—deteriorate with age, particularly after 60.

Monteleone uses a powerful analogy: young people have fiber-optic speed in their neural signaling. Aging resembles dial-up internet—slow, disrupted connections.

Sprint training maintains high-speed neural connections. The coordination and maximal effort required preserve neuromuscular junction integrity better than any other training modality.

How to Start Sprinting Safely

Monteleone emphasizes proper progression to avoid injury.

Beginners should start with hill walks. Walking uphill forces proper dorsiflexion (toes up) and creates the driving position essential for sprinting—with built-in resistance and low impact.

• Week 1-2: Walk 30 seconds uphill, walk back down, repeat 10 times
• Week 3-4: Incorporate light jogging up the hill
• Week 5+: Gradually increase speed

Frequency matters tremendously. Three days weekly provides optimal results with adequate recovery for your central nervous system.

Essential Strength Exercises for Sprint Preparation

Monteleone learned from legendary strength coach Charles Poliquin that specific movements prepare the body for sprint demands.

Split squats build ankle tendon stiffness necessary for explosive power. The “knees over toes” style—popularized by ATG (knees over toes guy), a Poliquin student—creates essential stability.

Romanian deadlifts with slow eccentrics (4-6 second lowering phases) recruit fast-twitch fibers more effectively than explosive movements. This counterintuitive truth: move slow to become fast.

Poliquin step-ups target the vastus medialis oblique (VMO), protecting knees from sprint stress. Monteleone’s 82-year-old father used these exercises before competing at World Championships.

The Real-World Proof: Transformations at Every Age

Monteleone’s client Sue McDonald exemplifies what’s possible.

After seven years plant-based, Sue committed to animal protein and sprint training at age 60. The results? Seventeen world records and a 61-second 400-meter at age 61—faster than most people in their twenties.

She broke 17 world records when she turned 60 in all different events. And at age 61, still running a 61 second 400, which if anyone knows the 400, that’s just unreal.

Monteleone herself ran 57.4 seconds at age 43—faster than her college PR of 58.1. She accomplished this after 20 years away from track, carrying baby weight, and training just three hours weekly.

The Nutritional Foundation: Eating for Neurotransmitters

Monteleone’s approach transcends typical macro counting.

She focuses on neurotransmitter optimization—red meat for tyrosine, nuts for choline. This “meat and nuts breakfast,” taught by Poliquin, fires neurotransmitters that set up performance success.

Pre-race, she eats steak. Not the typical athlete protocol, but it works.

I had my baggie of steak cut up before my race. So people think, oh, like the 400, aren’t you going to throw up? I never throw up from a 400. And I really believe the red meat is why.

Her Team USA teammates nicknamed her “the meat lady”—a badge she wears proudly.

Sprint Form Fundamentals

Proper technique maximizes efficiency while minimizing injury risk.

Monteleone emphasizes an open chest position—shoulders pinned back and down. Arms drive from fingertips outside the eyeballs to “putting something in your back pocket,” never crossing the body.

Relaxation is paramount. Professional sprinters’ cheeks jiggle because facial tension indicates overall body tension, which wastes energy.

Breathing control separates good from great. Monteleone inhales through her nose and exhales long through her mouth throughout her 400-meter races—maintaining central nervous system calm despite maximum effort.

Programming Structure for Longevity

Monteleone prescribes three distinct training days weekly:

• Tempo day: 85-95% effort, multiple reps, shorter rest
• Speed day: Shorter distances, maximum velocity, extended recovery
• Mixed/race model day: Combination work for peak performance

This mirrors strength training periodization. You wouldn’t max out bench press daily—don’t sprint maximally every session either.

Recovery days remain sacred. Central nervous system adaptation occurs during rest, not training. Modern life bombards us with constant stimulation; intentional recovery becomes non-negotiable.

Alternative Sprint Training Methods

Injuries or joint issues don’t eliminate sprint training benefits.

Monteleone currently uses an assault bike while recovering from an ACL injury. Full-body engagement replicates sprint demands without impact stress.

Stationary bikes, rowers, and other equipment provide legitimate sprint training alternatives. Interval structure matters more than specific modality—brief, intense efforts with adequate recovery deliver results.

The 82-Year-Old Who Learned to Sprint

Monteleone’s father hadn’t competed athletically since 1950s high school basketball.

At 82, she taught him to sprint. He competed at World Championships, racing 200 meters for Team USA.

His training? Hill work in his driveway, intermittent neighborhood sprints during 45-minute walks, basic strength exercises including split squats and Romanian deadlifts with dumbbells.

If an 82-year-old can start sprinting safely, age is not your limitation—mindset is.

The Champion Mentality: What Can You Do Today?

Monteleone’s philosophy centers on possibility, not limitation.

At 45, post-COVID, she asked herself what new challenges she could tackle. Women’s decathlon became her answer—an event requiring skills she’d never developed.

Two years later, she earned silver at World Championships. She values that medal more than her 400-meter gold because it represents learning, adaptation, and growth.

I think if I were to send a message to anyone out there listening today, it would be to question yourself. What can I do? Not what am I not able to do today, but what can I do today?

Her daily practice includes Poliquin’s three questions: Who have I helped today? What have I learned today? What am I grateful for?

This framework shifts focus from grinding to thriving—from survival mode to superhero potential.

Monteleone’s message challenges everything mainstream fitness promotes about aging and cardiovascular health. The science supports sprint training’s superiority for hormones, brain health, fat loss, muscle preservation, and longevity. Her own transformation and those of her clients—from 40-year-olds to octogenarians—prove that these benefits are accessible regardless of starting point. The question isn’t whether sprint training works for longevity. The question is: what will you do with this information?