鸟类的精子发生

Spermatogenesis Pub Date : 2014-10-30 eCollection Date: 2014-09-01 DOI:10.4161/21565554.2014.959392
Tom A Aire
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引用次数: 0

摘要

本文回顾了目前有关鸟类精子发生的知识,包括优势和不足。由于有关鸟类精子发生的报道较少,因此有关鸟类精子发生的信息远远落后于哺乳动物。与非鸟类相比,雀形目鸟类的精子发生受到的关注更少。人们对顶体和细胞核的形态发生机制以及微管组装的作用知之甚少。近端中心粒发现于非通鸟类,但迄今为止被认为在通鸟类中不存在,最近在两个通鸟类物种的精子和成熟精子中被描述,其中包括蒙面织金鸟,本综述提供了其新的和详细的精子遗传学信息。需要对各种鸟类的精子发生和精子形成进行更多的研究,以大大提高对这一现象的认识,促进比较精子学的发展,为适当的应用研究提供基础,并有助于了解这一庞大脊椎动物门类的系统发育。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Spermiogenesis in birds.

Spermiogenesis in birds.

Spermiogenesis in birds.

Spermiogenesis in birds.

Current knowledge on avian spermiogenesis, including strengths and weaknesses, has been reviewed. Information on avian spermiogenesis considerably lags behind that in mammals because of the paucity of reports in birds. Spermiogenesis in passerine birds has received even much less attention than in non-passerine birds. Mechanisms underlying morphogenesis of the acrosome and nucleus, and roles of microtubular assemblies are poorly understood. The proximal centriole found in non-passerine birds, but hitherto considered to be absent in passerine birds, has recently been described in spermatids and mature spermatozoa of 2 passeridan species, including the Masked weaver for which new and detailed spermiogenetic information is provided in this review. A great deal more studies on spermiogenesis, and spermatogenesis generally, in various avian species are required to considerably enhance knowledge of this phenomenon, contribute to comparative spermatology, provide a basis for appropriate applied studies, and contribute to understanding of phylogeny in this vast order of vertebrates.

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