Science of Running 247: Specific Strength Training for Runners. And how it differs from general strength training.
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Jul 1, 2024 Dive into the world of strength training for runners as the hosts compare general strength with specific, neural-driven methods. Discover how isometric pretension and tendon elasticity enhance reactive power. Learn about the crucial role of fascia and tendons, likening muscles to springs that require optimal tension. The discussion includes practical drills for single-leg balance and plyometric progression, emphasizing gradual load increases and the importance of coordination. Unlock the secrets to extending your peak performance with these expert insights!
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Muscle–Tendon–Fascia Acts As A Spring
- Muscles work with tendons and fascia as a unit to absorb and reuse energy elastically.
- Isometric pretension and joint positions determine how well the body stores and returns force.
Neural Limits Explain Plateaus
- Plateaus in distance running often stem from neural limitations, not metabolism.
- Neural recruitment and coordination become the next limiter once endurance is established.
Train Unilateral Stability First
- Add unilateral, balance and perturbation drills to train single-leg stability and unpredictability.
- Progress from barefoot single-leg holds to tennis-ball tosses, water weights, then medicine balls.