A single B-type spermatogonium produces 8 sperms via the meiosis process. As each spermatogonium has 2 spermatocytes and each spermatocyte undergoes meiosis to produce 4 sperm.
The process of producing male gametes from the spermatogonium is known as spermatogenesis (proliferative cells that give rise to sperm cells).
Meiotic cell division is a necessary step in the process of spermatogenesis (reductional cell division).
One spermatogonium can produce 512 spermatids after five meiotic divisions of each kind of spermatogonium, which results in the development of 32 type B spermatogonia, 64 primary spermatocytes, and 32 type B spermatogonia from one spermatogonium.
Consequently, one type B spermatogonium can undergo mitosis to produce two primary spermatocytes (equational division).
Additionally, each spermatocyte undergoes meiosis to produce 4 sperm.
As a result, one B-type spermatogonium can yield 8 sperm.
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