Molecular Evolution of Prolactin Gene Family in Rodents

LI Ying , ZHANG Ya-Ping
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引用次数: 2

Abstract

In this study, we identified two novel members of prolactin gene family in rat by blast searches against the published genomic database. A further analysis showed that gene duplications leading to PRL gene family in rodents occurred after rodents diverged from other mammals. Major reorganization of the gene loci in rodents was largely completed before the split of rat and mouse. But PL-I and PL-II genes are the exceptions, which have clustered in a species-specific manner in the phylogenetic tree. By combining results from gene conversion testing, relative chromosomal location comparison and estimated time for gene duplication, we believe that rodent PL-I and PL-II genes are species-specific and are the results of serial duplications which occurred after the divergence of mouse and rat. Our analysis also reveals that continual gene duplication and divergence occurred during the evolution of rodent PRL gene family.

啮齿动物催乳素基因家族的分子进化
在这项研究中,我们通过对已发表的基因组数据库进行blast搜索,确定了大鼠催乳素基因家族的两个新成员。进一步分析表明,啮齿类动物PRL基因家族的基因复制发生在啮齿类动物与其他哺乳动物分化之后。啮齿类动物基因位点的主要重组在大鼠和小鼠分裂之前基本完成。但pl - 1和PL-II基因是例外,它们在系统发育树上以一种特定的方式聚集。结合基因转换测试、相对染色体定位比较和基因重复时间估算结果,我们认为啮齿类动物的pl - 1和PL-II基因具有物种特异性,是小鼠和大鼠分化后发生序列重复的结果。我们的分析还表明,在啮齿类动物PRL基因家族的进化过程中,存在着持续的基因复制和分化。
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