Primary spermatocyte differs from spermatogonium in, Spermatocyte – Wikipedia, Spermatocyte – Wikipedia, Answer. Primary spermatocyte differs from spermatogonium in size and volume. In testis, the immature male germ cells, spermatogonia produce sperms by a process called spermatogenesis that begins at puberty. It occurs in four stages.
DUMET/DPMT/Delhi UMET 2011: Primary spermatocyte differs from spermatogonium in (A) number of chromosomes (B) size and volume (C) DNA content (D) size, In spermatogenesis, a primary spermatocyte produce four similar sperms while in oogenesis a primary oocyte forms, In spermatogenesis, a primary spermatocyte produce four similar sperms while in oogenesis a primary oocyte forms, Expert. Verified. The men germ cells are the spermatogonia (diploid cells, 2n) located in the testicles. They mature and through mitosis give birth to spermatocytes I (2n) which will undergo meiosis. The spermatocyte I (2n) undergoes the primary division of meiosis (meiosis I) initiating two sperma tocyte II (haploid, n).
5/8/2019 · This step ends when a spermatogonium divides into two primary spermatocytes. Meiosis I. On the other hand, meiosis is the type of cell division that involves the division of the chromosome number into the half. The next step to mitosis is the division of the primary spermatocytes to form the secondary spermatocyte .
First, a spermatogonium develops from the germinal epithelial lining of the seminiferous tubules that are diploid stem-cell having totipotency, i.e. self-renewing capacity. Spermatogonium then undergoes mitosis cell division and differentiates into the primary spermatocytes through a process called spermatocytogenesis.
Differentiation of spermatogenic germ cells results in the formation of intermediate spermatogonium, which further undergoes mitosis to produce type B spermatogonia. These type B spermatogonia further undergo mitosis to produce primary spermatocytes. The primary spermatocytes undergo meiosis I to produce secondary spermatocytes.
primary spermatocyte the product of a mitotic division of a spermatogonium under the influence of FSH (follicle-stimulating hormone) after puberty. this cell is destined to undergo meisosis. it under goes a growth phase and then meiosis I …
