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首页> 外文期刊>Tissue antigens. >HLA-Cw*1214 allele arisen via recombination between HLA-Cw*070201 and HLA-Cw*120201.
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HLA-Cw*1214 allele arisen via recombination between HLA-Cw*070201 and HLA-Cw*120201.

机译:HLA-Cw * 1214等位基因通过HLA-Cw * 070201和HLA-Cw * 120201之间的重组产生。

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摘要

Allelic polymorphism of the major histocompatibility complex arises mostly from gene conversion. Intralocus gene conversion usually involves limited fragments of DNA, whereas recombination involving large fragments of DNA is considered to be a rare event. During routine sequencing-based typing of donors for the National Marrow Donor Program, a new HLA-C allele was identified in a Caucasian donor. The allele, HLA-Cw*1214, proved to be the product of recombination between HLA-Cw*070201 and HLA-Cw*120201. Exons 1, 2, the 3' end of exon 3 and exon 4 (with one mismatch) belong to HLA-Cw*120201, whereas part of exon 3 belongs to HLA-Cw*070201. Sequencing with primers based in exon 2 and exon 3 showed that intron 2 of the new allele also belonged completely to HLA-Cw*1202. The recombination event apparently occurred within exon 3 with the first point of recombination somewhere between codons 92 and 134 and the second one between codons 157 and 181.
机译:主要组织相容性复合体的等位基因多态性主要来自基因转化。场所内基因转化通常涉及有限的DNA片段,而涉及较大的DNA片段的重组被认为是罕见的事件。在基于常规测序的国家骨髓供体计划供体分型过程中,在白种人供体中发现了新的HLA-C等位基因。等位基因HLA-Cw * 1214被证明是HLA-Cw * 070201和HLA-Cw * 120201之间重组的产物。外显子1、2,外显子3和外显子4(具有一个不匹配)的3'端属于HLA-Cw * 120201,而外显子3的一部分属于HLA-Cw * 070201。用基于外显子2和外显子3的引物进行测序表明,新等位基因的内含子2也完全属于HLA-Cw * 1202。重组事件显然发生在外显子3内,第一个重组点位于第92个密码子和第134个密码子之间,第二个重组点位于第157个密码子和181个密码子之间。

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