SCIENCE IN STRIDE *
SCIENCE IN STRIDE *
Welcome! Are you a fan of running? If so, you are at the right place. Here you will learn the scientific concepts within every stride to help you understand your body while training or relaxing to help reach your maximum potential.
Purpose:
Translate concepts of science within running to educate athletes, coaches, and enthusiasts on the cellular, molecular, and anatomical processes that drive performance.
Break down complex scientific concepts—such as energy metabolism, muscle physiology, biomechanics, and recovery mechanisms— provide a deeper understanding of how the body adapts to training, sustains endurance, and optimizes efficiency. Empower runners to make informed decisions that enhance performance, prevent injury, and maximize their potential and respect *F.R.E.S.H*
*F.R.E.S.H*
F (FLEXIBILITY)
R (RECHARGE)
E (ENDURANCE)
S (STRENGTH)
H (HYDRATION)
FLEXIBITY
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FLEXIBITY *
Flexibility plays a crucial scientific role in running by optimizing biomechanics, reducing injury risk, and enhancing overall performance. Improved flexibility allows for a greater range of motion in joints, leading to more efficient stride mechanics and reduced energy expenditure. It also helps muscles absorb and distribute impact forces more effectively, decreasing stress on tendons and ligaments. Maintaining flexibility supports neuromuscular coordination, reducing muscle stiffness and improving recovery, ultimately contributing to better running efficiency and longevity.
RECHARGE
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RECHARGE *
Recharge is essential for running as it fuels energy production, supports muscle repair, and enhances overall performance. Carbohydrates serve as the primary energy source, replenishing glycogen stores for sustained endurance. Proteins aid in muscle recovery and repair, while fats provide long-term energy, especially in endurance running. Micronutrients like iron, calcium, and electrolytes are crucial for oxygen transport, bone strength, and hydration balance. Proper nutrition optimizes metabolism, delays fatigue, and accelerates recovery, making it a key factor in running efficiency and longevity.
ENDURANCE
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ENDURANCE *
Endurance is crucial in running as it enhances cardiovascular efficiency, muscular stamina, and energy metabolism. Improved endurance allows the body to sustain prolonged physical effort by optimizing oxygen uptake (VO2 max) and lactate threshold, delaying fatigue. It also strengthens slow-twitch muscle fibers, which are essential for long-distance running, and improves mitochondrial function for more efficient energy production. Developing endurance not only boosts overall performance but also aids in quicker recovery and reduces injury risk.
STRENGTH
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STRENGTH *
Strength is essential for running as it enhances biomechanical efficiency, power output, and injury prevention. Strong muscles, particularly in the lower body and core, improve force production and running economy by reducing unnecessary energy expenditure. Strength training also increases tendon and ligament resilience, lowering the risk of overuse injuries. Additionally, it supports neuromuscular coordination, improving stride stability and endurance, which are critical for sustained performance and speed.
Hydration is vital for running as it regulates body temperature, maintains electrolyte balance, and supports cardiovascular and muscular function. Proper hydration ensures efficient blood flow, optimizing oxygen and nutrient delivery to muscles while aiding in waste removal. It also helps prevent dehydration-related issues such as fatigue, cramps, and decreased coordination. Since even slight dehydration can impair performance and increase the risk of heat-related illnesses, maintaining fluid balance is essential for endurance, recovery, and overall running efficiency.
HYDRATION
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HYDRATION *
run responsibly.
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