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Physical linkage of a human immunoglobulin heavy chain variable region gene segment to diversity and joining region elements.

机译:人免疫球蛋白重链可变区基因区段与多样性和连接区元件的物理连接。

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摘要

Antibody genes are assembled from a series of germ-line gene segments that are juxtaposed during the maturation of B lymphocytes. Although diversification of the adult antibody repertoire results in large part from the combinatorial joining of these gene segments, a restricted set of antibody heavy chain variable (VH), diversity (DH), and joining (JH) region gene segments appears preferentially in the human fetal repertoire. We report here that one of these early-expressed VH elements (termed VH6) is the most 3' VH gene segment, positioned 77 kilobases on the 5' side of the JH locus and immediately adjacent to a set of previously described DH sequences. In addition to providing a physical map linking human VH, DH, and JH elements, these results support the view that the programmed development of the antibody VH repertoire is determined in part by the chromosomal position of these gene segments.
机译:抗体基因由一系列在B淋巴细胞成熟过程中并列的种系基因片段组装而成。尽管成人抗体库的多样化很大程度上是由这些基因片段的组合连接导致的,但是在人中优先出现一组受限的抗体重链可变区(VH),多样性(DH)和连接(JH)区基因段胎儿曲目。我们在这里报告说,这些早期表达的VH元件之一(称为VH6)是最3'VH基因区段,位于JH基因座5'侧77千碱基处,紧邻一组先前描述的DH序列。除了提供连接人VH,DH和JH元件的物理图谱外,这些结果还支持以下观点:抗体VH组成部分的程序化开发部分取决于这些基因片段的染色体位置。

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