Strength training Dr. Giuseppe Coratella Peak
Description: Strength training Dr. Giuseppe Coratella Peak Torque Factors Histological and architectural Neuromuscular Stiffness Histological and architectural Fiber Type; Pennation angle; Fascicle length; Fascicle thickness; PCSA Neuromuscular M.U.
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slide1. Strength training Dr. Giuseppe Coratella<br>
slide2. Peak Torque Factors Histological and architectural
Neuromuscular
Stiffness<br>
slide3. Histological and architectural Fiber Type;
Pennation angle;
Fascicle length;
Fascicle thickness; PCSA<br>
slide4. Neuromuscular M.U. recruitment;
Size principle;
Firing rate;
Intermuscular coordination;<br>
slide5. Stiffness Tendon stiffness;
Protein stiffness; Plyometric contraction<br>
slide6. Strength training Exercise can increase peak torque by the improvement of these variables;
Several methods are used to cause higher MVC;
Key factors are threshold tension and ATP/time<br>
slide2. Peak Torque Factors Histological and architectural
Neuromuscular
Stiffness<br>
slide3. Histological and architectural Fiber Type;
Pennation angle;
Fascicle length;
Fascicle thickness; PCSA<br>
slide4. Neuromuscular M.U. recruitment;
Size principle;
Firing rate;
Intermuscular coordination;<br>
slide5. Stiffness Tendon stiffness;
Protein stiffness; Plyometric contraction<br>
slide6. Strength training Exercise can increase peak torque by the improvement of these variables;
Several methods are used to cause higher MVC;
Key factors are threshold tension and ATP/time<br>