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[生长中和闭锁的卵巢卵泡微循环床结构转变的动力学]

[Dynamics of the structural transformations of the microcirculatory bed of growing and atretic ovarian follicles].

作者信息

Volkova O V, Mel'nikova L M, Pekarskiĭ M I, Povaliĭ T M

出版信息

Biull Eksp Biol Med. 1980 Feb;89(2):229-32.

PMID:7370432
Abstract

Synchronized populations of growing and atretic cavitary follicles in the ovaries of prepubertal mice were produced by administration of serum gonadotropin. Light and electron microscopy with the use of morphometric analysis revealed a definite correlation between the size of the follicles and their vascularization in the course of growth and atresia. The evidence obtained suggests the leading role of the microcirculatory bed initiation of atresia.

摘要

通过给予血清促性腺激素,在青春期前小鼠卵巢中产生了生长和闭锁的腔前卵泡同步群体。运用形态计量分析的光镜和电镜检查揭示了卵泡大小与其在生长和闭锁过程中血管形成之间的明确相关性。所获得的证据表明微循环床在闭锁起始中起主导作用。

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