the skeletal system
It's the skeletal system...
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?
All the limbs of a human have tendons in them. Tendons are strong cords of fibrous connective tissue that attach muscles to bones, allowing for movement of the limbs.
the tendons that hold up your head, and the Achilles tendon
the digestive system obvously has the most tendons because of the major organs which make up the system like fish or girrafes
Tendons attach muscle to bone.
No, only the heart is made up of cardiac tissue.
tendons and cartilage are made of collagen tissue
Yes. An example is in the dermis, which is very vascular. Dense regular connective tissue is not, however (consists of tendons and ligaments). The other kind of CT that is not vascular is cartilage. Source: medical school lectures
Not really. You can't exercise tendons the way you would a muscle. Thumbs and fingers are made up entirely of tendons, there's no muscle in there.
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?
Tendons are made of fibrous connective tissue. They are mostly collagen.Collagen Type I
Tendons connect muscles to bone at the muscle's origin or it's insertion. They are made up of connective tissue, which is a tough fibrous material rich in collagen. Similar material connects bones with each other, except the name is different: those are ligaments.
All the limbs of a human have tendons in them. Tendons are strong cords of fibrous connective tissue that attach muscles to bones, allowing for movement of the limbs.
ligaments and tendons and bones!!!!!!!!!
sinew
Tendons are made up of tough band of fibrous connective tissues which join bones and muscles together and are capable of withstanding tension!
At a muscle-tendon junction, the union is made by