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[人类染色体疾病的基因组结构]

[Genomic architecture of human chromosomal diseases].

作者信息

Kashevarova A A, Lebedev I N

出版信息

Genetika. 2016 May;52(5):511-28.

Abstract

The genomic architecture predisposed to the emergence of DNA copy number variation causing a new class of human chromosomal diseases—reciprocal microdeletion and microduplication syndromes— is reviewed in the paper. The molecular mechanisms of such chromosomal abnormalities are described. The problems of the interpretation of their clinical significance and genotype-phenotype correlations are discussed. The classification of phenotypes due to reciprocal chromosomal microdeletions and microduplications is shown. Published by 2015, reciprocal mutations associated with inherited and congenital human pathology and involving 58 chromosomal regions are summarized.

摘要

本文综述了基因组结构如何导致DNA拷贝数变异的出现,进而引发一类新型人类染色体疾病——相互微缺失和微重复综合征。文中描述了此类染色体异常的分子机制。讨论了其临床意义解读及基因型与表型相关性方面的问题。展示了由相互染色体微缺失和微重复导致的表型分类。总结了截至2015年已发表的与人类遗传和先天性病理相关且涉及58个染色体区域的相互突变。

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