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恒河猴和黑猩猩中T细胞受体α链的结构与多样性

Structure and diversity of the T-cell receptor alpha chain in rhesus macaque and chimpanzee.

作者信息

Thiel C, Bontrop R E, Lanchbury J S

机构信息

Molecular Immunogenetics Unit, UMDS, London, United Kingdom.

出版信息

Hum Immunol. 1995 Jun;43(2):85-94. doi: 10.1016/0198-8859(94)00149-k.

Abstract

We cloned and sequenced cDNA for the TCRAC1 of a healthy rhesus monkey and chimpanzee. TCRAC1 from both nonhuman primates show extensive conservation compared to the human sequence and to other mammals. A possible primate-specific insertion near the hinge region of the TCRAC1 region is described. Characterization of 18 rhesus macaque and eight chimpanzee TCRA chain cDNA clones derived from inverse PCR revealed 12 different TCRAV and 16 different TCRAJ regions which corresponded closely to known human counterparts. One functional rhesus macaque TCRDV-TCRAJ rearrangement was detected, suggesting a genomic organization of the macaque TCRD locus which is similar to humans. At the genomic level, a single TCRAC1 gene segment was detected in rhesus macaque and chimpanzee. The close phylogenetic relationship between primates shown here for TCRA chain components supports the use of these species as animal models of human immune-mediated disease.

摘要

我们克隆并测序了一只健康恒河猴和一只黑猩猩的TCRAC1的cDNA。与人类序列和其他哺乳动物相比,这两种非人类灵长类动物的TCRAC1显示出广泛的保守性。本文描述了TCRAC1区域铰链区附近一个可能的灵长类特异性插入。通过反向PCR对18个恒河猴和8个黑猩猩的TCRA链cDNA克隆进行表征,发现了12个不同的TCRAV和16个不同的TCRAJ区域,它们与已知的人类对应区域密切相关。检测到一个功能性的恒河猴TCRDV-TCRAJ重排,表明猕猴TCRD基因座的基因组组织与人类相似。在基因组水平上,在恒河猴和黑猩猩中检测到一个单一的TCRAC1基因片段。本文所示的灵长类动物之间TCRA链成分的密切系统发育关系支持将这些物种用作人类免疫介导疾病的动物模型。

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