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"Gao"丸细胞
1、cells───v.住在牢房中（cell的三单形式）；n.[细胞]细胞；单元格（cell的复数）；牢房；小屋
2、format cells───[计] 设置单元格式；设置单元格格式
3、culturable cells───可培养细胞
4、testicular cancer───Gao丸癌；BingWan癌；[医]Gao丸癌
5、testicular pain───[医]Gao丸痛
6、fat cells───[医] 脂肪细胞；脂肪细胞（fatcell的复数）
7、testicular torsion───[医]Gao丸扭转
8、endothelial cells───内皮细胞
9、brood cells───[植]芽胞；母细胞
1、The grown well ovine testicular cells appeared evident pathological changes after they were inoculated with the attenuated sheep pox virus.───原代培养生长良好的细胞接种羊痘弱毒后出现了明显的细胞病变。
2、Synergetic protective effect of testicular cells expressing Fas ligand and cyclosporine A on the survival of islet allografts───Fas配体阳性Gao丸细胞和环孢素A对移植胰岛细胞存活起协同保护作用
3、Cotransplantation of allogeneic islets and testicular cells induces immune exemption for islet allografts in rats───大鼠胰岛与Gao丸细胞共移植诱导同种胰岛移植免疫豁免
4、In the new study, however, researchers were able to take cells from men's testicular tissue, isolate stem cells, and turn them into insulin-secreting islet cells.───然而在这项新的研究中，研究人员能够从男性的Gao丸组织提取细胞，分离干细胞，使之成为能够分泌胰岛素的胰岛细胞。
5、Objective: To investigate the development of xenografted primitive human germ cells by using fetal testicular tissues as donor tissues and an immunodeficient mouse as the recipient.───目的：以人胎儿Gao丸组织为供体，免疫缺陷小鼠为受体，研究人类Gao丸生精细胞异种移植后的继续发育情况。
6、Expression of the MAGE-A3 gene has been observed in testicular cells but without antigen presentation capabilities.───在Gao丸细胞中发现了MAGE-A3基因表达但却无抗原递呈能力。
7、Method: The effects of sodium fluoride on DNA damage and repair in isolated male mice testicular cells were observed with single cell gel electrophoresis test (Comet assay).───法分离培养大鼠Gao丸支持细胞，采用单细胞凝胶电泳法检测亚XiaoSuanNa对大鼠Gao丸支持细胞dna的损伤作用。
8、Researchers have found that they can change ovary cells into testicular cells in mice by turning off a single gene.───科学家们发现，通过关闭一个基因，他们可以把老鼠体内的卵巢细胞变成Gao丸细胞。
9、To study the effect of heat stress on oxidative injuries in swine testicular cells.───探讨热应激对猪Gao丸细胞的氧化损伤。
1、Expression of the MAGE - A 3 gene has been observed in testicular cells but without antigen presentation capabilities.
2、Conclusion: Mouse spermatogonia could differentiate into spermatids in the experimental culture system where immature mouse testicular cells were incubated with supplementation of exogenous hormones.