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A novel locus DFNA59 for autosomal dominant nonsyndromic hearing loss maps at chromosome 11p14.2-q12.3.

机译:一种新型基因座DFNA59用于染色体11P14.2-Q12.3的常染色体占主导地位不健康的反应损失图。

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Autosomal dominant nonsyndromic hearing loss (ADNSHL) accounts for about one-fifth of hereditary hearing loss in humans. In the present study, we have analyzed a three-generation family with 14 of its members manifesting ADNSHL, using a genome-wide linkage mapping approach. We found a novel locus DFNA59 between the D11S929 and D11S480 markers in the chromosome location 11p14.2-q12.3. The highest two-point lod score of 5.72 at recombination fraction = 0 was obtained for D11S4152, D11S4154, D11S1301, D11S905 and D11S1344. The critical genomic region comprising about 37 megabases of DNA is proposed to carry a gene for ADNSHL in the family. About 50 cochlear-expressed genes mapping to the region are strong candidates which we propose to examine to identify the gene responsible for the hearing impairment.
机译:常染色体占主导地位的非正式听力损失(ADNSHL)占人类遗传性听力损失的大约五分之一。 在本研究中,我们使用基因组 - 宽的连接方法分析了一个三代家庭,其中14个成员表现出ADNSHL。 我们在染色体位置11p14.2-q12.3中发现了D11S929和D11S480标记之间的新型基因座DFNA59。 在重组级分的最高两点LOD评分为5.72,以D11S4152,D11S4154,D11S1301,D11S905和D11S1344获得。 提出了包含约37兆比异酶DNA的临界基因组区域,以在家庭中携带A adnshl基因。 大约50个耳蜗表达的基因映射到该地区是强烈的候选者,我们建议检查以确定负责听力障碍的基因。

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