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[利用体外基因组DNA扩增法确定的β0地中海贫血缺失的分子本质]

[Molecular nature of deletion in beta 0-thalassemia, established using a method of amplification of genomic DNA in vitro].

作者信息

Shvarts E I, Gol'tsov A A, Kaboev O K, Bakhlanova I N, Alekseev A N

出版信息

Bioorg Khim. 1989 Apr;15(4):556-9.

PMID:2546567
Abstract

A mutation causing beta 0-thalassaemia in Azerbaijanian population is shown, by the polymerase chain reaction followed by Maxam-Gilbert sequencing, to be the deletion of dinucleotide AA from the eight codone of beta-globin gene (the mutation is known to exist also in Turkey and Lebanon). Two other mutations have also been found in beta-globin gene of the same DNA, one of which (transversion C----G at position 16 of intron 2) eliminates the polymorphic AvaII-site and is associated with thalassaemia, and other is transition C----T in the third position of the second beta-globin codon.

摘要

通过聚合酶链反应并结合马克萨姆-吉尔伯特测序法表明,阿塞拜疆人群中一种导致β0地中海贫血的突变是β珠蛋白基因第八密码子缺失二核苷酸AA(已知该突变在土耳其和黎巴嫩也存在)。在同一DNA的β珠蛋白基因中还发现了另外两种突变,其中一种(内含子2第16位的颠换C→G)消除了多态性AvaII位点并与地中海贫血相关,另一种是第二个β珠蛋白密码子第三位的转换C→T。

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