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[发育进化的工具箱或墨西哥洞穴鱼如何失去眼睛]

[The toolbox of developmental evolution or how Mexican cave fishes lost their eyes].

作者信息

Rétaux Sylvie

出版信息

Biol Aujourdhui. 2022;216(1-2):49-53. doi: 10.1051/jbio/2022011. Epub 2022 Jul 25.

Abstract

The fish Astyanax mexicanus comes in two very different forms: a "normal" river morph, and a blind, depigmented cave morph, living in the total and permanent darkness of Mexican caves. This species is on the way to becoming a model of choice in evolutionary and comparative biology, both for the study of the evolution of behavior, physiology or morphology, and for molecular genetics or population genetics. Here, I present the advancement of knowledge in the field of the developmental evolution of the eye of the cave morph. By rewinding back in time its development from the eye of the larva to the retinal field at the end of gastrulation, the cave-dwelling Astyanax embryo reveals mechanisms and processes likely to contribute to evolutionary variations between species, but also to pathological variations in the morphogenesis of the optic region.

摘要

墨西哥丽脂鲤有两种截然不同的形态

一种是“普通”的河流形态,另一种是盲眼、无色素的洞穴形态,生活在墨西哥洞穴的完全黑暗且终年无光的环境中。该物种正逐渐成为进化生物学和比较生物学领域的首选模式生物,可用于研究行为、生理或形态的进化,以及分子遗传学或群体遗传学。在此,我介绍洞穴形态眼睛发育进化领域的知识进展。通过追溯其从幼虫眼睛到原肠胚末期视网膜区域的发育过程,生活在洞穴中的墨西哥丽脂鲤胚胎揭示了可能导致物种间进化变异以及视神经区域形态发生病理变异的机制和过程。

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