新世界猴修复酶MGMT基因中物种特异性的可移动遗传元件

O. V. Pidpala, L. Lukash
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引用次数: 1

摘要

的目标。目的:分析Platyrrhina MGMT基因同源物中物种特异性移动遗传元件(MGE)的分布。方法。利用BLAST 2.6.1分析核苷酸序列的同源性。使用CENSOR程序进行MGE的搜索和鉴定。结果。以新大陆猴MGMT基因的同源物为例,研究表明,在它们的内含子序列中发现的不同物种特异性MGMT基因可能具有不同的进化年表。以起源于跗猴属的Alu2_TS元件为例,研究发现,在进化上接近的灵长类动物中,它经历了缺失降解,而人类特异性的L1Hs元件的片段在进化上遥远的灵长类动物的基因组中发现,早在该逆转录元件的形成和出现之前。结论。基因MGMT及其物种特异性MGE的进化变化的年表可能具有不同的性质,并且是并行和独立发生的。关键词:鸭嘴鱼,MGMT基因,MGE, Alu2_TS, L1Hs
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Species-specific mobile genetic elements in the gene of repair enzyme MGMT in new world monkeys
Aim.To analyze the distribution of species-specific mobile genetic elements (MGE) in orthologs of the MGMT gene in Platyrrhina. Methods. The homology between nucleotide sequences was determined by BLAST 2.6.1. The results of the search and identification of MGE were performed  using  the  CENSOR program. Results. On the example of orthologs of the MGMT gene in New World monkeys, it has been shown that different species-specific MGE identified in their intron sequences may have different evolutionary chronologies. In the case of the element Alu2_TS, which originated in the Tarsiiformes representative, it was found that in evolutionarily close primates it undergoes deletion degradation, while fragments of the human-specific L1Hs element are found in the genomes of evolutionarily distant primates long before the formation and emergence of this retroelement. Conclusions. The chronology of  evolutionary changes in the gene MGMT and its species-specific MGE can be of different nature and occur in parallele and independently. Keywords: Platyrrhina, MGMT gene, MGE, Alu2_TS, L1Hs.
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