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An Immunohistochemical Study of Chick Primordial Germ Cells Using the Mouse Antiserum against Chick Embryonic Gonads

机译:免疫组织化学研究小鸡原始生殖细胞使用小鼠抗小鸡胚胎性腺的血清

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References(22) Cited-By(3) We established a mouse antiserum by immunizing BALB/c mice with sexually undifferentiated 6-day chick embryonic gonads. The antiserum had a higher affinity to the plasma membrane and cytoplasm of primordial germ cells (PGCs) than to the somatic cells in 6-day chick gonads. PGCs at this stage appear to have a higher specificity with more antigenic capacity than gonadal somatic cells; thus, the antiserum should be useful as a cell marker of chick PGCs. Subsequently, an immunohistochemical examination of PGCs settling in the genital ridges of chick embryos wad carried out by the use of the antiserum. The reaction was clearly detected in the plasma membrane and cytoplasm of 5-day PGCs. After sexual differentiation, the reaction changed in distribution in females. At 8 days, it was limited to the perinuclear region of PGCs; In males, although the reaction persisted for longer period than in females, only a weak reaction was detectable at 9 days. These results suggest that the occurrence of periodic molecular changes may be different between male and female PGCs.
机译:参考文献(22)被引用的人(3)我们通过用未分化的6天雏鸡胚胎性腺免疫BALB / c小鼠来建立小鼠抗血清。在6天的雏鸡性腺中,抗血清对原始生殖细胞(PGC)的质膜和细胞质的亲和力高于对体细胞的亲和力。与性腺体细胞相比,现阶段的PGC具有更高的特异性和更大的抗原性。因此,抗血清应可用作雏鸡PGC的细胞标记。随后,通过使用抗血清对PGCs沉淀在雏鸡的生殖器s中进行了免疫组织化学检查。在5天PGC的质膜和细胞质中清楚地检测到该反应。在性别分化之后,该反应在女性中的分布发生了变化。在第8天,它仅限于PGC的核周区域。在男性中,尽管反应持续的时间比女性长,但在第9天只能检测到微弱的反应。这些结果表明,男性和女性PGC之间周期性分子变化的发生可能有所不同。

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