Stress on the muscles forces adaptation, or hypertrophy of the muscles to the activity. To continue growth, you must continue to increase the stress of the exercise such as lifting more weights.
They include: - Muscle hypertrophy (enlargement) - Increased muscular stores of ATP and PC - Increased glycolytic capacity - Cardiac hypertrophy - Other anaerobic training adaptations
The thickness of the myocardium, or heart muscle, is directly related to the workload of a cardiac chamber. Chambers that experience higher pressure and workload, such as the left ventricle, tend to have thicker muscular walls to generate the necessary force for effective pumping. This hypertrophy allows them to handle increased demands, such as during exercise or in conditions like hypertension. Conversely, chambers with lower workload, such as the atria, typically have thinner walls.
cardiac muscle
Cardiac and smooth muscle
Smooth, cardiac and skeletal
basically cardiac hypertrophy is when your heart increases in size and blood volume. the wall of the left ventricle doesnt thicken but instead the right one does, increasing the strength potential of its contractions. and then during exercise your chest becomes bigger, which enables thicker muscles being built, and as your right ventricle gets bigger your right pectoral may become bigger than the left one but as you grow your pectorals will be the same length thanks, AKA.
Skeletal, cardiac, smooth
skeletal, smooth and cardiac
skeletal,cardiac,smooth
cardiac muscle
Skeletal,smooth,and cardiac
after exercise