精原干细胞是存在于雄性动物睾丸内曲细精管基底膜上的生殖系干细胞. 精原干细胞一方面通过
自我更新来维持其在整个生命周期中自身群体的数量稳定, 另一方面可以在精子发生过程中不断 …

Spermatogonial stem cells (SSCs) are crucial for maintaining spermatogenesis, studying
germ line stem cell biology, and producing transgenic animals. Growth factors, including …

The spermatogonial stem cell (SSC) niche in nonprimate mammals is situated on the part of
the seminiferous tubule basal lamina that is opposite from the blood vessels in the interstitial …

Simple Summary The development of a biological system for gamete production may be a
ground-breaking strategy for the treatment of infertility in humans, improvement of genetic …

During mammalian sex determination of XY fetuses, SRY induces SOX9 in Sertoli cells,
resulting in formation of testes with seminiferous tubules, interstitial Leydig cells and …

Spermatogenesis is supported by a certain type of stem cell known as spermatogonial stem
cell (SSC), which transforms information to the next generation. There is currently a wide …

The primary function of the mammalian testis is the production of both gametes and
hormones over a reproductive lifespan. This production of gametes proceeds in the …

Cell microarrays can serve as high‐throughput platforms for the screening of a diverse
range of biologically active factors and biomaterials that can induce desired cellular …

Recent studies show that spermatogonial stem cells (SSCs) are able to colonize and form
mature spermatozoa following transplantation into germ cell depleted testes of recipient …

Contents The proportion of type A spermatogonia in the isolated testis cells is a prerequisite
for conducting experiments and the manipulation of these germ cells. Thus, this study was …