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眼睛形态发生和进化的主控基因。

The master control gene for morphogenesis and evolution of the eye.

作者信息

Gehring W J

机构信息

Biozentrum, University of Basel, Switzerland.

出版信息

Genes Cells. 1996 Jan;1(1):11-5. doi: 10.1046/j.1365-2443.1996.11011.x.

Abstract

The human Aniridia, the murine Small eye, and the eyeless mutations of Drosophila affect homologous (Pax-6) genes that contain both a paired- and a homeobox. By ectopic expression of these genes, functional eyes can be induced on the legs, wings, and antennae of the fly, indicating that eyeless (Pax-6) is the master control gene for eye morphogenesis. The finding of Pax-6 from flatworms to humans suggests that eyeless is a universal master control gene and that the various types of eyes in the various animal phyla may have evolved from a single prototype.

摘要

人类的无虹膜症、小鼠的小眼症以及果蝇的无眼突变都影响同源(Pax - 6)基因,这些基因既包含成对结构域又包含同源异型结构域。通过这些基因的异位表达,能在果蝇的腿部、翅膀和触角上诱导出功能性眼睛,这表明无眼(Pax - 6)基因是眼睛形态发生的主控基因。从扁形虫到人类都发现了Pax - 6基因,这表明无眼基因是一个通用的主控基因,并且不同动物门中的各种眼睛可能都从单一原型进化而来。

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