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短肢小鼠肢体间充质中的细胞黏附与软骨形成:片段融合研究

Cell adhesion and chondrogenesis in brachypod mouse limb mesenchyme: fragment fusion studies.

作者信息

Duke J, Elmer W A

出版信息

J Embryol Exp Morphol. 1978 Dec;48:161-8.

PMID:744946
Abstract

This study is a continuing investigation of the effect of the brachypod mouse mutation on cell interactions and chondrogenesis during early limb development. In this report, cell adhesiveness was assessed in fused fragments of brachypod and normal limb-bud mesenchyme. Examination of the interface of fused distal postaxial limb fragments show brachypod limb mesenchyme to be more adhesive than normal limb mesenchyme. Chondrogenesis within brachypod fragments is delayed and less extensive than in normal fragments. In addition, chondrogenesis within normal fragments is not affected by the juxtaposition of the brachypod fragment, and vice versa.

摘要

本研究是对短足小鼠突变在早期肢体发育过程中对细胞相互作用和软骨形成的影响的持续调查。在本报告中,对短足和正常肢芽间充质的融合片段中的细胞黏附性进行了评估。对融合的远端轴后肢片段的界面检查显示,短足肢体间充质比正常肢体间充质更具黏附性。短足片段内的软骨形成比正常片段延迟且范围更小。此外,正常片段内的软骨形成不受短足片段并列的影响,反之亦然。

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