- 更多网络例句与精子形成相关的网络例句 [注：此内容来源于网络，仅供参考]
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Also the disomy of autosome is a little higher than gonosome, but there was no significant statistical difference among these values. In diploidy, as the frequencies ranged from 0.035% to 0.083%, heterogeneity was also not obvious.
同时在实验中观察到二体率比二倍率要高的情况，这可能意味着在精子形成的减数分裂过程中，二体更易形成。
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These data implicate a important role for Pem during embryogenesis and in sperm development.
这些资料表明Pem可能在胚胎发育和精子形成过程中充当着重要的角色。
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It contain a kind of special protein in the loach, have already promoted the sperm become a function.
泥鳅中含一种特殊蛋白质，有促进精子形成作用。
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There were more Ca〓 deposite granules in and around the condensing granules of nucleoplasm; 2 There were large amount of Ca〓 in the Golgi complex of spermatid in Golgi phase. The Ca〓 in the acrosomal vesicle were probably from the Golgi complex; 3 Ca〓 was probably concerned with adherence of the acrosomal vesicle to the nuclear membrane.
发现（1）。Ca〓与精子形成过程中染色质的致密化有关，圆形精子细胞局部致密化的染色质团块周围及其内部和长形精子处于的致密化过程的核内均具有较多的Ca〓；（2）。
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Results Some spermatocytes all in model and clomiphere groups were denatured or death and spermatid did not develop.
结果：实验对照组的曲细精管上皮中多数精母细胞变性、死亡，精子细胞不发育，无精子形成，管腔中无精子，支持细胞有明显病变。
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The results show that spermatogenesis occurs during April through August and spermiogenesis occurs from July to August.
结果显示，北方山溪鲵在4~8月时处于精子发生期，精子形成在7~8月。
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The mechanisms responsible for spermiogenesis are poorly understood.
这一过程叫做精子形成。目前，关于精子形成的机制，人们还知之甚少。
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The immunostianing of ghrelin was not observed in Leydig cells after the impairment. Conclusion The changes in the expression of ghrelin suggest that ghrelin may play an important role in the function regulation of testis and the process of spermatogenesis and spermiogenesis.
结论Ghrelin在小鼠正常及辐射损伤睾丸中的特异性表达和变化，提示其可能与睾丸精子发生、精子形成及辐射损伤修复有关，具有重要的睾丸生物学调节功能。
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A nucleus central channel was present along the nuclear longitudinal axis during spermiogenesis.
精子形成期间，核中央位置形成贯穿整个核的中央通道，并在核底部形成植入窝，中心粒位于其中。
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The expression of specific genes in sex chromosomes is the basis of sexspecific membrane protein in mammalian spermatozoa.
在精子形成过程中，存在性染色体特异基因的表达，这是X、Y精子膜蛋白差异形成的基础。
- 更多网络解释与精子形成相关的网络解释 [注：此内容来源于网络，仅供参考]
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spermatid：精子细胞
(4)精子细胞:精子细胞(spermatid)位近管腔,直径约8μm,核圆,染色质致密. 精子细胞是单倍体,细胞不再分裂,它经过复杂的变化,由圆形逐渐分化转变为蝌蚪形的精子,这个过程称精子形成(spermiogenesis). 精子形成的主要变化是:①细胞核染色质极度浓缩,
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spermatogenesis：精子发生,精子形成
spermatocyte 精母细胞 | spermatogenesis 精子发生,精子形成 | spermatogonium 精原细胞
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spermatogenesis：精子形成
spermatocystitis (精嚢炎) | spermatogenesis (精子形成) | spermatogonium (精祖細胞)
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spermatogenesis;spermateleosis：精子形成
精母细胞 spermatocyte(La valette St.George 1886);sperm mother cell | 精子形成 spermatogenesis;spermateleosis | 产精子的 spermatogenic
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spermateleosis;spermatogenesis：精子形成
精子形成;自精细胞向精子的分化过程 spermateleosis | 精子形成 spermateleosis;spermatogenesis | 贮精囊 spermatheca;sperm reservoir
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spermiogenesis：精子形成
在这项工作中,研究人员将遗传学手段与形态学、分子生物学的方法结合起来,研究了RIM-BP3在精子形成(spermiogenesis)过程中的作用. 他们的研究表明,RIM-BP3是一个在睾丸中特异表达的蛋白,主要在单倍体时期表达,胞内定位于精子领(manchette)上.
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spermiogenesis：精子形成,精细胞变态
spermine 精胺 | spermiogenesis 精子形成,精细胞变态 | spermocenter 雄中心体
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spermiogenesis：精子形成,精细胞
spermidine 牙精胺 | spermine 精胺 | spermiogenesis 精子形成,精细胞
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spermiogenesis, spermateleosis：精子形成
04.0113 尾段(精子) end piece | 04.0114 精子形成 spermiogenesis, spermateleosis | 04.0115 精液 semen, seminal fluid
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aspermatia; aspermatism：缺精子
\\"黑麴菌\\",\\"Aspergillus niger\\" | \\"缺精子\\",\\"aspermatia,aspermatism\\" | \\"精子形成不能\\",\\"aspermatogenesis\\"