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Hypertrophy anatomy course for trainers
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Module 3
Biomechanics for Hypertrophy Training
1
Moment Arm and Torque: Muscle Action Explained
Define moment arm and explain how it determines the torque a muscle must produce against a given load.
2
Optimizing Muscle Stimulus: Resistance Profiles & Strength Curves
Analyze the interaction between an exercise's resistance profile (e.g., free weights, cables) and a muscle's strength curve to optimize stimulus.
3
Joint Stability vs. Mobility: Force Transfer and Injury Prevention
Explain the concept of stability vs. mobility at different joints (e.g., stable knee vs. mobile hip) and its importance for force transfer and injury prevention.
4
Leverage and Exercise: The Role of Limb Lengths and Proportions
Explain how individual limb lengths and anatomical proportions affect leverage and exercise execution.
5
Regional Hypertrophy: Fiber Orientation and Preferential Activation
Define regional hypertrophy and explain how fiber orientation can cause different portions of a muscle to be preferentially activated.
6
Lengthened-Position Muscle Challenge: Resistance-Profile Matching
Apply the concept of resistance-profile matching to select exercises that maximally challenge a muscle in its lengthened position.
Previous module
Muscle Physiology and Mechanisms of Hypertrophy
Next module
Chest Anatomy and Hypertrophy Application