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A novel locus for autosomal dominant non-syndromic hearing loss DFNA31 maps to chromosome 6p21.3

机译:染色体常染色体显性非综合征性听力损失的新位点DFNA31映射到染色体6p21.3

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摘要

>Objective:To investigate the genes involved in a Dutch family with NSSHL. >Methods:Linkage analysis in a large Dutch pedigree with progressive bilateral loss of the mid and high frequencies, in which a novel dominant locus for postlingual NSSHL (DFNA31) has been identified. >Results:DFNA31 was found to be located in a 7.5 cM region of chromosome 6p21.3 between D6S276 (telomeric) and D6S273 (centromeric), with a maximum two point LOD score of 5.99 for D6S1624. DNA sequencing of coding regions and exon/intron boundaries of two candidate genes (POU5F1, GABBR1) in this interval did not reveal disease causing mutations. >Conclusions:Haplotype analysis indicated that the genetic defect in this family does not overlap the DFNA13 and DFNA21 regions that are also located on 6p. Identification of the disease gene will be of major importance in understanding the pathophysiology of hearing impairment.
机译:>目的:调查涉及NSSHL的荷兰家庭的基因。 >方法:在荷兰大谱系中进行连锁分析,发现中高频和双侧性双侧性双耳逐渐丧失,其中已确定了舌后NSSHL(DFNA31)的新型显性位点。 >结果:发现DFNA31位于D6S276(端粒)和D6S273(着丝粒)之间的6p21.3染色体的7.5 cM区域中,D6S1624的最高两点LOD得分为5.99。在此间隔内,两个候选基因(POU5F1,GABBR1)的编码区和外显子/内含子边界的DNA测序未发现引起突变的疾病。 >结论:单倍型分析表明,该家族的遗传缺陷并未与同样位于6p的DFNA13和DFNA21区域重叠。疾病基因的鉴定对于理解听力障碍的病理生理学至关重要。

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