Long-term potentation
Yes. The Retinal Ganglion Cell axons form the optic nerve.
Your "germ" (or sex, but I prefer germ) cells undergo mitosis to create more diploids, but then they undergo Meiosis I to form a haploid. In boys, the germ cells will undergo Meiosis II to form their complete germ cells. In girls, the cell will only complete Meiosis II if the egg is fertilized. So the answer is sort of yes... the diploids will undergo Mitosis, but to actually get germ cells... they must undergo Meiosis.
Sex Cells; called gametocytes and gametes.Reproductive Cells; or the 23 un-pairs of the chromosomes of the reproductive Cells.Brain cells
It is the matrix in the nailbed is responsible in making the cells to form the nail plate.
Mitosis is the form of cell division that most eukaryotic cells undergo. In humans, all somatic (non-sex) cells use mitosis to divide. Sex-cells use meiosis instead of mitosis.
Retinal ganglion cells.
There is evidence that suggests that humans can form new nerve cells, but the generally accepted answer is no.
mitosis
Neurons
Germ cells undergo meiosis to form the gametes.
Yes. The Retinal Ganglion Cell axons form the optic nerve.
They produce cells that divide by mitosis and then undergo meiosis to form gametes.
Your "germ" (or sex, but I prefer germ) cells undergo mitosis to create more diploids, but then they undergo Meiosis I to form a haploid. In boys, the germ cells will undergo Meiosis II to form their complete germ cells. In girls, the cell will only complete Meiosis II if the egg is fertilized. So the answer is sort of yes... the diploids will undergo Mitosis, but to actually get germ cells... they must undergo Meiosis.
Cells in an ovary that may undergo meiotic division to form an ovum.
Sex Cells; called gametocytes and gametes.Reproductive Cells; or the 23 un-pairs of the chromosomes of the reproductive Cells.Brain cells
It is the matrix in the nailbed is responsible in making the cells to form the nail plate.
Gametophytes produce cells that undergo mitosis to produce gametes that fuse to form a zygote.