Three: epimysium, perimysium, and endomysium
three reasons why the connective tissue wrappings of skeletal muscle are important
Skeletal muscle has the most elaborate connective tissue wrappings. This includes multiple layers that provide support, structure, and help transmit force generated by the muscle cells.
The connective tissue wrappings of skeletal muscles provide structure and support to the muscle fibers, helping them withstand forces generated during muscle contraction. They also facilitate communication between muscle fibers and promote efficient transmission of nerve signals. Additionally, these wrappings play a role in maintaining the overall organization and alignment of muscle fibers within a muscle.
connective tissue
Areolar tissue which is a loose connective tissue.
There is no connective tissue that holds muscles to the skin. That would be dysfunctional because you would have very limited motion. There is, however, connective tissue between the muscles and the skin, but they are loose and do not bind one to the other. The tissue between the skin and the muscles is called superficial fasia.
Dense connective tissue - it makes up the tendons.
Connective tissue is one which is rich in intercellular substance or interlacing processes with little tendency for the cells to come together in sheets or masses. Aponeuroses is the connective tissue that connect muscles to muscles .
perimysium
The connective tissue that wraps around nerve cells is there to keep them apart. It also functions to join them all together into what we call a nerve, which is really a bunch of nerve cells together.
A tendon is a tough band of fibrous connective tissue that connects muscles to bones
Connective tissue connects tissues to tissue. A good example is muscle (a tissue) connecting to bone (a tissue). The tissue that does THIS is called a tendon. A tendon connects muscles to bones.