Identification and characterization of two polymorphic Ya5 Alu repeats

Santosh S Arcot , Margaret M DeAngelis , Stephen T Sherry , Aaron W Adamson , Jane E Lamerdin , Prescott L Deininger , Anthony V Carrano , Mark A Batzer
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引用次数: 18

Abstract

Two new polymorphic Alu elements (HS2.25 and HS4.14) belonging to the young (Ya5/8) subfamily of human-specific Alu repeats have been identified. DNA sequence analysis of both Alu repeats revealed that each Alu repeat had a long 3′-oligo-dA-rich tail (41 and 52 nucleotides in length) and a low level of random mutations. HS2.25 and HS4.14 were flanked by short precise direct repeats of 8 and 14 nucleotides in length, respectively. HS2.25 was located on human chromosome 13, and HS4.14 on chromosome 1. Both Alu elements were absent from the orthologous positions within the genomes of non-human primates, and were highly polymorphic in a survey of twelve geographically diverse human groups.

两个多态Ya5 Alu重复序列的鉴定与表征
两个新的多态Alu元件(HS2.25和HS4.14)属于人类特异性Alu重复序列的年轻亚家族(Ya5/8)。对两个Alu重复序列的DNA序列分析表明,每个Alu重复序列都有一个长3 ' -oligo-dA-rich尾部(长度分别为41和52个核苷酸)和低水平的随机突变。HS2.25和HS4.14分别有长度为8和14个核苷酸的短而精确的直接重复序列。HS2.25位于13号染色体上,HS4.14位于1号染色体上。这两个Alu元素在非人类灵长类动物基因组的同源位置都不存在,并且在对12个地理上不同的人类群体的调查中具有高度多态性。
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