spematogeic cells is the cells responsible for the production of sperms
in the male embryo, it is called spermatogonia.
Spermatogonia are the sperm mother cells formed by mitosis in the testes of males. They undergo meiosis to form the male gametes known as sperms or spermatozoa...
there r two types of cell in the germinal epithelium of a testicle 1.sartoli cell 2.spermatogenic cell this sartoli cell provide nutrition to the growing sperms the spermatogenic cells are the main sperm producers.the process is here - spermatogonia .. primary spermatocyte ... secondary spermatocyte ... spermatid ... sperm this is the main process.further the process go , more the cell shape is changed .the changes occur- 1.nucleus becomes bigger 2.golgi bodies degenerates but acrosome remains on the top of the head of a sperm 3.mitochondria are arranged behind the nucleus 4.the centrioles are arranged behind the mitochondria and form flagella thus a sperm is produced
Animal Cells. Sloths are mammals; their cells are not dissimilar to human cells. They have all the usual kinds, muscle cells, blood cells, nerve cells, fat cells, bone cells, liver cells, skin cells, and so forth.
red blood cells, white blood cells, skin cells, sperm cells and egg cells
stem cells
mitosis= body cells or somatic cells Meiosis= sex cells or germ cells
sertoli
ghy
Cells do not produce sperm. Spermatozoa, also known as sperm cells, are produced in the testes.
Spermatogenic cellsspermatogenic cells
Androgen-binding protein (ABP)
Sperm cells are not formed in the female flower parts, called the Oogonia. The sperms cells are formed within the male flower reproductive organs, called Antheridia. These sperm cells form from spermatogenic tissue.
there r two types of cell in the germinal epithelium of a testicle 1.sartoli cell 2.spermatogenic cell this sartoli cell provide nutrition to the growing sperms the spermatogenic cells are the main sperm producers.the process is here - spermatogonia .. primary spermatocyte ... secondary spermatocyte ... spermatid ... sperm this is the main process.further the process go , more the cell shape is changed .the changes occur- 1.nucleus becomes bigger 2.golgi bodies degenerates but acrosome remains on the top of the head of a sperm 3.mitochondria are arranged behind the nucleus 4.the centrioles are arranged behind the mitochondria and form flagella thus a sperm is produced
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.
Some examples of plant cells are : Parenchyma Cells, Collenchyma Cells, Sclerenchyma Cells, and water conducting cells. Animal cells are nerve cells, muscle cells, and skin cells.
Some examples of plant cells are : Parenchyma Cells, Collenchyma Cells, Sclerenchyma Cells, and water conducting cells. Animal cells are nerve cells, muscle cells, and skin cells.
The cells can be protected.The cells can be protected.The cells can be protected.The cells can be protected.The cells can be protected.The cells can be protected.The cells can be protected.The cells can be protected.The cells can be protected.The cells can be protected.The cells can be protected.
Specialized cells