The space between cells can be called the extracellular space, the extracellular material, or the extracellular matrix. This space is not a vacuum; it is filled with material. If the material is gel-like it is called the ground substance, which is filled with many dissolved solute particles, and the tissue will be loose. If the material in the extracellular space has some fibers of protein in it, the entire tissue will have a stronger consistency.
collagen
The matrix
There are many types of connective tissues. They all have a matrix of extracellular material and they all have cells that excrete the matrix. Tendons and ligaments are dense connective tissues, loose connective tissue tends to be found around organs. Blood and bone are also considered connective tissues.
Collagen is the most abundant protein in our bodies. It is necessary to keep our skin looking young, but it's also found in tendons, ligaments, bones, cartilage, and blood vessels.
Extra-capsular bursae are flattened fibrous sacs filled with synovial fluid. They are found between tendons and ligaments and their function is to reduce friction when the joint moves.
Yes! Gelatin is a protein that is derived from a structural protein collagen (found in connective tissues like tendons, ligaments and tissues of mammals such as cows and pigs). It is prepared by boiling bones and skins of animals. The final product you find in supermarket will be also rich in sugars.
Extracellular fluid
Loading of tendons and ligaments. This is found in all tendons and ligaments and is not a feature of injury.
There are many types of connective tissues. They all have a matrix of extracellular material and they all have cells that excrete the matrix. Tendons and ligaments are dense connective tissues, loose connective tissue tends to be found around organs. Blood and bone are also considered connective tissues.
Seisamoid
It's found in the ligaments, tendons, cartilage, etc.
Extracellular material is found outside of the cell.
Cartilages are found in ears, knees and elbows, between the ribs, between tendons and ligaments and nose
Tendons and ligaments found at the end of all your muscles connect them together
Tendons.
No. Tendons connect muscles to bones.Yes, tendons told joints together, ligaments connect muscles to bones.
A structure composed of dense fibrous (regular) tissue is predominantly bundles of collagenous fibers and is flexible but possesses great tensile strength.
cartilage
But ligaments are found in both. Bones are connected to bones with ligaments.