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Oogonium
during spermatogenesis 1 spermatogonium gives rise to 4 spermatozoa
type A daughter cell or spermatogonium
The male testes have tiny tubules containing diploid cells called spermatogonium that mature to become sperm. The basic function of spermatogenesis is to turn each one of the diploid spermatogonium into four haploid sperm cells. This quadrupling is accomplished through the meiotic cell division detailed in the last section. During interphase before meiosis I, the spermatogonium's 46 single chromosomes are replicated to form 46 pairs of sister chromatids, which then exchange genetic material through synapsis before the first meiotic division. In meiosis II, the two daughter cells go through a second division to yield four cells containing a unique set of 23 single chromosomes that ultimately mature into four sperm cells. Starting at puberty, a male will produce literally millions of sperm every single day for the rest of his life.
Iselts of Langerhans Cells. That is because the Golgi apparatus is usually prominent in secretory cells.
inside the cells of an organizism
No. Haploid cells are produced by meiosis.
Mitosis creates 2 identical diploid daughter cells that are identical to the parent cell.Meiosis produces 4 haploid cells that are genetically unique.
In females, the sex cells (eggs) are produced in the ovaries. In males, the sex cells (sperm) are produced in the testes.
42 daughter cells are produced and about 900 ugly cells
The blood cells are produced in the bone-marrow
Eggs are produced from cells called Oocytes