Proteins are designed in a way to accomodate the body's many functions in a way that allows for them to benefit the body's many naural functions in a healthy system.
They do most of the work in cells and provide structure, function, and regulation to the cell.
DNA.
DNA
I think the cells belong in life and cell biology
I think it's chromosomes
A ribosome is an organelle which provides the cell with protein, so think of "rib" in ribosome. Ribs are protein packed.
no atuly i think no
I don't think there is any difference. Cells created by meiosis are sex cells, i guess they're the same as parent cells
Lipids and Protein i think(:
I think it's Globulin. Enjoy :D
Better question. What cells do not contain proteins? Proteins is from the Greek and means " first place, " so I can not think of any cell without some types of proteins.
Cells are told to divide through a complex signal pathway. A signal in the blood (I think it's a hormone) binds to a protein on the cell's surface, which triggers a 9 step process of protein messengers which eventually reaches the nucleus and tells it to start mitosis.
No. While hair is made up of dead cells, none of them are from the bloodstream.
The gene (TGFB1) encodes for the protein Transforming Growth Factor Beta 1. http://www.ncbi.nlm.nih.gov/gene/7040 [nih.gov ok]. It's a cytokine (a signalling protein) that has lots of different effects depending on which cells are exposed to it. In one case, researchers think that it may be doing something to the cells that maintain ear bones.
The kind of proteins that repair muscle cells are known as MG53 proteins. These a family of TRIM protein which is known as Mitsugumin 53 in full.
The muscle tissue is protein, the exoskeleton is protein, they spin webs of protein, come to think of it it's all protein!
I think Sodium is protein because I forget what is a protein and a sodium
Technically, hair is made up dead skin cells, so I don't think it would be considered a living thing.
A protein cutting enzyme does just that, it "cuts" proteins. Enzymes are merely bases that act as a puzzle piece by which molecules (i.e. proteins) connect to if they match, like a puzzle, and break down more easily than acids, antibodies, and etc. alone.
Think of Active Transport!! Protein grabs molecule Protein rotates round Protein releases molecule Protein rotates round again But this requires energy, so alot of mitochondria are required, and also active transport goes against the concentration gradient.