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Which type of connective tissue has the function of binding skin to organs and fills the spaces between muscles?
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∙ 14y ago
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One function of the connective tissue is?
It connects your entire body through muscles and tissue.
Which connective tissue is membranous and holds your skin to your muscles?
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.
Connective tissue located between adjacent muscles?
deep fascia
What tissue forms delicate thin layers between muscles?
Areolar tissue which is a loose connective tissue.
What kind of connective tissue forms thin layers between muscles?
The endomysium
What is the framework of connective tissue between the skin and underlying muscles called?
The fascia
What is a common function of dense connective tissue?
They usually connect structures together such as bones to bones and bones to muscles.
Why does the skin not fall away from the body?
Because of the connective tissue between your skin and your muscles.
What is the function of tendon?
Balls
What connective tissues that connect the muscles?
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 .
Why are ligament and tendons made up of dense connective tissue?
Ligaments connect bones to other bones, and tendons connect muscles to bones; since connection is their function, it is logical that they should be made of connective tissue, don't you think?
What covers muscles in the human body?
Muscles in the human body are covered by a connective tissue layer called fascia. Fascia provides support and protection to the muscles, helping them move smoothly and efficiently. It also helps separate and compartmentalize muscles, allowing them to function independently.
