1) meiotic recombination
减数分裂重组
1.
Bioinformatics Analysis of Meiotic Recombination in Yeast Saccharomyces Cerevisiae Genome;
酵母基因组减数分裂重组的生物信息学分析
2.
Despite the obvious clinical significance of human male infertility,the mechanisms of spermatogenic failure caused by meiotic recombination errors in.
近年来发展的免疫荧光技术使我们可以直视减数分裂重组事件,为研究人类精子形成的过程提供了新的手段。
3.
Despite the obvious clinical significance of human male infertility, the mechanisms of spermatogenic failure caused by meiotic recombination errors in humans are inadequately known at present.
而近年来发展的免疫荧光技术使我们可以直视减数分裂重组事件,为研究人类精子形成的过程提供了新的手段。
2) Meiotic homologous recombination
减数分裂同源重组
3) Homologous Recombination in Meiosis
减数分裂中的同源重组
4) meiotic restitution
减数分裂核再组
1.
SHW aneuploids may be spontaneously formed by the union of aneuhaploid gametes,derived from meiotic restitution from the F1 hybrids of T.
人工合成小麦可通过两种途径自发产生非整倍体:一是通过减数分裂核再组形成的非整倍配子结合,在合成小麦的第一代就产生非整倍体,另一种是通过新形成人工合成小麦的细胞学不稳定,产生非整倍体。
5) meiotic restitution nucleus
减数分裂再组核
6) miosis
[英][mai'əusis] [美][maɪ'osɪs]
减数分裂
1.
Results indicate that optimum ultrastructural observation can be achieved with the peotoplasts in miosis phase.
本文用常规电镜技术对不同细胞周期的酿酒酵母ＳａｃｃｈａｒｏｍｙｃｅｓＣｅｒｅｖｉｓｉａｅ菌体细胞和原生质体进行超微结构的对比观察，结果发现，用减数分裂时期的原生质体进行超微结构的观察，效果最为理想。
补充资料：减数分裂Ⅱ末期Ⅱ
李秀兰摄
[图]
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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