Danny M. O'Dell, MA. CSCS*D Strength coach
Danny M. O'Dell, MA. CSCS*D Strength coach

 
 

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Explosivelyfit Strength Training Manuals

A Scientific Approach to Increased Muscle Hypertrophy, Strength and Recovery Methods

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Work out at Home

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Wilderness Basics for the Young Woodsman

Strength Training at Home with Osteoporosis

Fall Prevention and Osteoporosis

Strength Training with Osteoporosis

Osteoporosis: A Trainers Guide to Healthier Bones

Special note: This osteoporosis strength training manual is written for the professional. It is not meant for the layperson due to the depth of the material.



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STRENGTH AND POWER
TRAINING INFORMATION FOR THE SERIOUS ATHLETE

Protein Synthesis and Energy Use

 


Protein Synthesis and Energy Use

The energy supply for the synthesis of protein in the body fluctuates during, and after exercise. During exercise the supply of energy used for the synthesis of protein decreases, thus leaving the door open for increased protein degradation. Furthermore, the uptake of amino acids from the blood which normally would go into the muscles is also depressed at this time.

This means that during heavy exercise the mass of proteins within the muscles are being catabolized (turned into waste products) faster than new proteins can be synthesized. The result is the protein availability in the muscle automatically decreases after a workout while the amount of catabolites (waste products) increases.

After a workout, the amino acid uptake is higher than at normal resting states with the resultant Supercompensation and above normal saturation of protein in the muscle tissues.

Reference:
Science and practice of strength training, Vladimir M. Zatsiorsky, Human Kinetics 1995

 

 

 

 

 

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