Not all calls are small. Slime molds for example have gigantic cells with tens of thousands of nuclei in each.
the G0 phase of the cell cycle where it "rests" until it may be brought back to be divided (back to G1 phase) or may remain there for fully differentiated cells (cells that are specialized like neurons and muscle cells).
Animal cells have small vacuoles, whereas plant cells have large vacuoles.
yes
every one but stem cells. which remain undifferentiated
what remains in reserve then turns into plasma cells when needed to
because cell has to maintain that ratio in order to absorb more nutrients and for efficient absorption of materials. Cells tend to remain small because it promotes efficient transport. If a size of cell get bigger, it takes a longer time for transport and diffusion.
They should be remain diploid.So they undergo mitosis.
pholem
memory cells
No.
the G0 phase of the cell cycle where it "rests" until it may be brought back to be divided (back to G1 phase) or may remain there for fully differentiated cells (cells that are specialized like neurons and muscle cells).
Animal cells have small vacuoles, whereas plant cells have large vacuoles.
No. Most of the breakdown occurs within minutes in the mouth and stomach. Very few things that are at all digestible remain intact into the small intestine, and certainly entire cells are not absorbed into the bloodstream.
Yes.
the cell walls remain.
sphincter
the G1 phase, dawg!