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[无尾目动物原肠胚形成期形态发生运动的结构。II. 基本形态发生过程]

[Structure of the morphogenetic movements of gastrulation in Anura. II. The elementary morphogenetic processes].

作者信息

Dorfman Ia G, Cherdantsev V G

出版信息

Ontogenez. 1977;8(3):251-62.

PMID:301623
Abstract

The clinostate rotation causes a wide range of gastrulation abnormalities in the Anura. A special investigation has shown that all gastrulation variants may be represented as various spatial-temporal compositions of the same morphogenetic processes isolated by means of formal experimental procedure. These processes are structurally stable rearrangements of tissue morphology and are spread in the tissue as a wave embracing more and more cells. The change of one local morphology for another may proceed either in the form of "shock wave", a moving distinct border between the cells already switched and not yet switched to the new automorphous movement, or in the form of "deployment" when the transition from one local morphology to another is continuously deployed in space.

摘要

倾斜仪旋转会导致无尾目动物出现广泛的原肠胚形成异常。一项专门研究表明,所有原肠胚形成变体都可表示为通过形式化实验程序分离出的相同形态发生过程的各种时空组合。这些过程是组织形态的结构稳定重排,并作为一种包含越来越多细胞的波在组织中传播。一种局部形态向另一种局部形态的转变可能以“冲击波”的形式进行,即已经切换和尚未切换到新的自同形运动的细胞之间移动的明显边界,或者以“展开”的形式进行,即从一种局部形态到另一种局部形态的转变在空间中持续展开。

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