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人类基因组中的功能性半合子:来自十二个红细胞酶基因座的直接估计

Functional hemizygosity in the human genome: direct estimate from twelve erythrocyte enzyme loci.

作者信息

Mohrenweiser H W

机构信息

Department of Human Genetics, University of Michigan Medical School, Ann Arbor 48109-0618.

出版信息

Hum Genet. 1987 Nov;77(3):241-5. doi: 10.1007/BF00284477.

Abstract

Cord blood samples from 2020 unrelated newborns were screened for levels of enzyme activity for twelve enzymes. The level of enzymatic activity for 100 determinations were consistent with the existence of an enzyme-deficiency allele. The frequency of deficiency alleles in the Black population (0.0071) was four times higher (after removal of the G6PD*A- variant) than in the Caucasian sample (0.0016). These frequencies are approximately double the frequency of rare electrophoretic mobility variants at similar loci in the same population. Given the number of functionally important loci in the human genome, these enzyme deficiency variants could constitute a significant health burden.

摘要

对2020名非亲属新生儿的脐带血样本进行了12种酶的酶活性水平筛查。100次检测的酶活性水平与一种酶缺陷等位基因的存在相符。黑人人群中缺陷等位基因的频率(0.0071)(去除G6PD*A-变体后)是白种人样本(0.0016)的四倍。这些频率大约是同一人群中相似位点罕见电泳迁移率变体频率的两倍。鉴于人类基因组中功能重要位点的数量,这些酶缺陷变体可能构成重大的健康负担。

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