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刺胞动物作为理解进化与再生的模型系统。

Cnidarians as a model system for understanding evolution and regeneration.

作者信息

Galliot Brigitte, Schmid Volker

机构信息

Department of Zoology and Animal Biology, University of Geneva, Switzerland.

出版信息

Int J Dev Biol. 2002 Jan;46(1):39-48.

Abstract

Hydra and Podocolyne are two cnidarian animals which provide complementary advantages for analysing developmental mechanisms possibly reflecting the basic developmental processes shared by most bilaterians. Interestingly, these mechanisms remain accessible all along the life of these animals, which bud and regenerate, whatever their age. The Hydra polyp permits a direct study of the molecular cascades linking amputation to regeneration. Podocoryne displays a complete life cycle, polyp and medusa stages with a fast and inducible sexual cycle and an unparalleled In vitro transdifferentiation potential. In both cases, a large number of evolutionarily conserved molecular markers are available, and analysis of their regulation highlights the molecular mechanisms which underly pattern formation in these two species.

摘要

水螅和波多科林是两种刺胞动物,它们为分析发育机制提供了互补的优势,这些机制可能反映了大多数两侧对称动物共有的基本发育过程。有趣的是,这些机制在这些动物的一生中都可以研究,无论它们的年龄大小,它们都会出芽和再生。水螅息肉允许直接研究将截肢与再生联系起来的分子级联反应。波多科林展示了一个完整的生命周期,包括息肉和水母阶段,具有快速且可诱导的有性周期以及无与伦比的体外转分化潜力。在这两种情况下,都有大量进化上保守的分子标记可用,对它们调控的分析突出了这两个物种中形成模式的分子机制。

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