collo-, coll-, colla- +
(Greek: glue)
Don't confuse this collo, coll-, "glue" unit with the following -cole, -cola, -coles (living among, dwelling in); cole-, coleo- (sheath, scabbard, vagina); coll-, col- (neck); colo-, col- (colon, large intestine); and colon-, coln- (farm, settlement) units.
Collagens have great tensile strength, and provide these body structures with the bility to withstand forces that stretch them.
Collagens consist of three polypeptide chains arranged in a triple helix, and are bundled together in fibers. When boiled in water, collagen is converted into gelatin.
Collagen supplies the matrix in which the calcium salts that give the bones their hardness are deposited. Collagen is the substance of cartilage and tendon.
"The tissues of collenchyma are usually located in the primary growth areas of stems and in some leaves."
ctenophore is any gelatinous marine invertebrate; also known as a "comb jelly" or "comb jellies". Comb jellies are voracious marine predators, feeding mostly on plankton.
Collagens have great tensile strength, and provide these body structures with the bility to withstand forces that stretch them.
Collagens consist of three polypeptide chains arranged in a triple helix, and are bundled together in fibers. When boiled in water, collagen is converted into gelatin.
Collagen supplies the matrix in which the calcium salts that give the bones their hardness are deposited. Collagen is the substance of cartilage and tendon.
Collagens have great tensile strength, and provide these body structures with the bility to withstand forces that stretch them.
Collagens consist of three polypeptide chains arranged in a triple helix, and are bundled together in fibers. When boiled in water, collagen is converted into gelatin.
Collagen supplies the matrix in which the calcium salts that give the bones their hardness are deposited. Collagen is the substance of cartilage and tendon.