睾丸附属物:生理和病理条件下的形态、结构和功能特征

N. Shevlyuk, M. F. Ryskulov
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摘要

本文综述了国内外关于人类和哺乳动物睾丸附属物形态功能特征的文献资料。在睾丸附属物中,头、身、尾是分离的。头部由传出小管组成,然后它们进入附属物的导管,形成附属物的身体和尾巴。睾丸附属物的上皮细胞分类是有争议的,这是由于不同物种睾丸附属物的不同方法和物种差异。睾丸附属物上皮形态功能组织的物种差异不显著,这体现了附属物上皮进化动力学中的平行性原则。睾丸附属物是一个激素依赖性器官,雄激素在调节附属物的发育和功能中起主导作用;此外,雌激素和催乳素在调节附属物活性方面起着重要作用。各种有害因素的负面影响的形态等效物基本相似,这证明在进化过程中形成的对不利因素作用的反应存在非特异性机制。尽管有大量关于睾丸附属物形态的研究,但睾丸附属物中发生的形态功能、分子和生化转化的许多方面仍然知之甚少,需要进一步深入研究。比较研究和对动物睾丸附属物的自然生物病变的研究也不足。
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The appendage of the testis: morphogenesis, structural and functional characteristics in physiological and pathological conditions
The article focuses on the data from Russian and foreign literature on the morphofunctional characteristics of the appendage of the testis in humans and mammalian animals. In the appendage of the testis, the head, body and tail are isolated. The head is formed by the efferent ductules, then they pass into the duct of the appendage forming the body and tail of the appendage. The epithelial cell classification in the appendage is debatable, which is due to both different methodological approaches and species differences in the epithelial lining of the testis appendage in different species. Species differences in the morphofunctional organization of the epithelium of the appendage of the testis are insignificant, this manifests the principle of parallelism in the evolutionary dynamics of the appendage epithelium. The appendage of the testis is a hormone-dependent organ, androgens play a leading role in regulating the development and functioning of the appendage; in addition, estrogens and prolactin take a significant part in regulating the appendage activity. Morphological equivalents of the negative influence of various damaging factors are basically similar, which evidences the presence of a nonspecific mechanism of reaction to the action of adverse factors formed during evolution. Despite a significant number of studies related to the morphology of the testis appendage, many aspects of morphofunctional, molecular and biochemical transformations occurring in the testis appendage still remain poorly understood and require further in-depth study. There are also insufficient number of comparative studies, and studies investigating the appendage of the testis of animals of natural biocenosis.
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