reproductive cell

C-fos and the Development of Reproductive Cell

C-fos与生殖细胞发育

Study on DNA-Protein Crosslinks of Reproductive Cell of Female Mice Induced by Formaldehyde

气态甲醛致雌性小鼠生殖细胞DNA-蛋白质交联的研究

Sperm ( spermatozoon : ) Male reproductive cell .

精子：雄性生殖细胞。

The influence of unilateral testicular torsion on the reproductive cell and protective role of astragalus on testicular tissue

单侧睾丸扭转对生殖细胞凋亡及黄芪保护作用的实验研究

An asexually produced reproductive cell , such as a zeospore , found in certain algae .

无性生殖细胞无性生殖细胞，存在于一些藻类植物里。

These changes encompass a diverse set of biological end points , such as kari-otypic abnormalities , gene mutation and amplification , and delayed reproductive cell death etc.

基因组不稳定性的生物终点包括核型异常、基因突变和基因扩增及延迟的细胞增殖性死亡等。

DATA SYNTHESIS : Of the 30 literatures , 18 experiments discussed the function of BMP and its receptors and its signal transduction mechanism , 12 were about the influence of different BMP on reproductive cell secretion , as well as receptor mutation on ovulation .

资料综合：30篇文献中有18篇关于骨形态发生蛋白及其受体功能以及信号转导机制研究的文献，12篇关于不同骨形态发生蛋白对于生殖细胞分泌及受体突变对于排卵数影响的文献。

BTEB / KLF9 functions as a transcription factor by direct or functional interaction with other transcription factors and / or coactivators / corepressors , and plays a role in reproductive system , cell proliferation , differentiation , and cell cycle regulation .

BTEB/KLF9与其他转录因子、和/或辅助激活/抑制因子相互作用完成对基因转录的调控，在生殖发育、细胞增殖分化、细胞周期调控等方面发挥作用。

Experimental reproductive biology and reproductive cell engineering of plants : now and future

植物实验生殖生物学与生殖细胞工程：现在与未来

Objective To establish culture method of ICR mice sertoli cells and to study the effects of the environmental chemicals on the male reproductive system at the cell molecular level .

目的建立小鼠睾丸支持细胞培养方法，为从细胞和分子水平研究环境化合物对雄性生殖系统的影响提供条件。

To review the developmental history of assisted reproductive techniques and stem cell engineering , explore the problems in the course of biomedical technological industrialization and the effects of biomedical innovations on the construction and the development of the subject .

回顾辅助生殖技术到干细胞工程的发展历程，探讨生物医学技术产业化过程中存在的问题及生物医学技术创新对学科建设和发展的影响。

In this paper , the status of reproductive cell-mediated transformation in the transformation system was discussed the development of plant reproductive cell genetic engineering was also prospected .

文章还较详细的评述了生殖系统转化在基因转化系统研究中的地位，展望了植物生殖基因工程学科发展前景。