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Screening for MYO15A Gene Mutations in Autosomal Recessive Nonsyndromic GJB2 Negative Iranian Deaf Population

机译:筛选Myo15A基因突变在常染色体隐性非合成症中GJB2负伊朗聋群

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摘要

MYO15A is located at the DFNB3 locus on chromosome 17p11.2, and encodes myosin-XV, an unconventional myosin critical for the formation of stereocilia in hair cells of cochlea. Recessive mutations in this gene lead to profound autosomal recessive nonsyndromic hearing loss (ARNSHL) in humans and the shaker2 (sh2) phenotype in mice. Here, we performed a study on 140 Iranian families in order to determine mutations causing ARNSHL. The families, who were negative for mutations in GJB2, were subjected to linkage analysis. Eight of these families showed linkage to the DFNB3 locus, suggesting a MYO15A mutation frequency of 5.71% in our cohort of Iranian population. Subsequent sequencing of the MYO15A gene led to identification of 7 previously unreported mutations, including 4 missense mutations, 1 nonsense mutation, and 2 deletions in different regions of the myosin-XV protein.
机译:Myo15a位于染色体17p11.2上的DFNB3基因座,并编码肌球蛋白-XV,这是一种非常规的肌蛋白,对耳蜗毛细胞形成立体纤胺。该基因中的隐性突变导致人类中的常染色体隐性不合适的不健康损失(ARNSHL)和小鼠中的振荡器2(SH2)表型。在这里,我们对140名伊朗家庭进行了研究,以确定导致ARNSHL的突变。对GJB2的突变阴性的家庭进行了联系分析。这些家族中的八个表现出与DFNB3基因座的联系,这表明我们的伊朗人群队列中的Myo15a突变频率为5.71%。后续测序MyO15a基因导致鉴定7例未报告的突变,包括4个畸形突变,1个胡小义突变和肌霉素-XV蛋白的不同区域缺失。

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