Protas Meredith E, Patel Nipam H
Department of Integrative Biology, University of California, Berkeley, California 94720-3140, USA.
Annu Rev Cell Dev Biol. 2008;24:425-46. doi: 10.1146/annurev.cellbio.24.110707.175302.
There is an amazing amount of diversity in coloration patterns in nature. The ease of observing this diversity and the recent application of genetic and molecular techniques to model and nonmodel animals are allowing us to investigate the genetic basis and evolution of coloration in an ever-increasing variety of animals. It is now possible to ask questions about how many genes are responsible for any given pattern, what types of genetic changes have occurred to generate the diversity, and if the same underlying genetic changes occur repeatedly when coloration phenotypes arise through convergent evolution or parallel evolution.
自然界中存在着数量惊人的色彩图案多样性。观察这种多样性的便利性以及基因和分子技术最近在模式动物和非模式动物中的应用,使我们能够在越来越多的动物中研究色彩的遗传基础和进化。现在可以提出这样的问题:对于任何给定的图案,有多少基因起作用,发生了哪些类型的基因变化以产生这种多样性,以及当色彩表型通过趋同进化或平行进化出现时,相同的潜在基因变化是否会反复发生。