Wang Rui, Cheng Han-Hua, Guo Yi-Qing, Zhou Rong-Jia
Center for Developmental Biology, College of Life Sciences, Wuhan University, Wuhan 430072, China.
Yi Chuan Xue Bao. 2002;29(11):990-4.
Sox genes of vertebrate are highly evolutionarily conserved, which encode different transcriptional factors involved in various developmental processes. Sox family is characterized by a sequence-specific DNA binding HMG-box containing about 79 amino acids. To realize the complexity of genes of the Sox family in the structures, functions and their evolutionary relationships, in the present study by utilizing all available complete nucleotide/protein sequence data of vertebrate Sox genes, we performed multi-sequence comparison and construction of phylogenic tree, and the grouping of Sox family members and the pattern of their molecular evolution was also analyzed.
脊椎动物的Sox基因在进化上高度保守,它们编码参与各种发育过程的不同转录因子。Sox家族的特征是含有一个约79个氨基酸的序列特异性DNA结合HMG框。为了了解Sox家族基因在结构、功能及其进化关系方面的复杂性,在本研究中,我们利用所有可用的脊椎动物Sox基因完整核苷酸/蛋白质序列数据,进行了多序列比较和系统发育树的构建,并分析了Sox家族成员的分组及其分子进化模式。