Foundations of Human Physiology in Exercise
6 classes
1.1 Understanding the Structure of Human Muscle Systems
1.2 Exploring Cellular Respiration During Exercise
1.3 Analyzing the Nervous System's Role in Exercise
1.4 Investigating Cardiovascular Adaptations to Exercise
1.5 Examining Respiratory Function and Exercise Performance
1.6 Applying Biomechanical Principles to Exercise Program Design
Energy Systems and Metabolism During Physical Activity
6 classes
2.1 Exploring the Basics of Energy Systems
2.2 Understanding ATP: The Energy Currency
2.3 Identifying the Role of the Phosphagen System
2.4 Analyzing Glycolytic Pathways in Exercise
2.5 Examining Aerobic Metabolism and Endurance
2.6 Applying Energy System Knowledge to Training Programs
Neuromuscular Physiology and Adaptations to Training
6 classes
3.1 Understand the Structure and Function of Muscle Fibers
3.2 Explore the Neurological Pathways in Muscle Contraction
3.3 Analyze the Role of Motor Units in Strength and Power
3.4 Examine Muscle Plasticity and Training Adaptations
3.5 Evaluate Endurance Training Effects on Neuromuscular Systems
3.6 Apply Training Principles to Optimize Neuromuscular Performance
Cardiopulmonary Responses and Adaptations
6 classes
4.1 Understand Cardiopulmonary Functions during Exercise
4.2 Explore Oxygen Transport and Utilization
4.3 Analyze the Role of Ventilation in Performance
4.4 Examine Cardiovascular Adaptations to Training
4.5 Identify Respiratory System Adaptations
4.6 Apply Cardiopulmonary Principles to Program Design
Environmental and Stress Factors in Exercise Physiology
6 classes
5.1 Understanding Environmental Impacts on Exercise Physiology
5.2 Analyzing the Effects of Temperature on Physical Performance
5.3 Exploring Altitude's Role in Exercise Adaptations
5.4 Investigating Humidity and Its Influence on Exercise Physiology
5.5 Identifying Stressors and Their Physiological Responses
5.6 Applying Strategies to Mitigate Environmental and Stress Factors