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Hearing Screening Combined with Target Gene Panel Testing Increased Etiological Diagnostic Yield in Deaf Children

机译:听力筛选联合靶基因面板测试聋儿病因诊断产量增加

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Genetic testing is the gold standard for exploring the etiology of congenital hearing loss. Here, we enrolled 137 Chinese patients with congenital hearing loss to describe the molecular epidemiology by using 127 gene panel testing or 159 variant testing. Sixty-three deaf children received 127 gene panel testing, while seventy-four patients received 159 variant testing. By use of 127 gene panel testing, more mutant genes and variants were identified. The most frequent mutant genes were GJB2 , SLC26A4 , MYO15A , CDH23 , and OTOF . By analyzing the patients who received 127 gene panel testing, we found that 51 deaf children carried variants which were not included in 159 variant testing. Therefore, a large number of patients would be misdiagnosed if only 159 variant testing is used. This study highlights the advantage of 127 gene panel testing, and it suggests that broader genetic testing should be done to identify the genetic etiology of congenital hearing loss.
机译:基因检测是探索先天性听力损失病因的金标准。 在这里,我们注册了137名中国患者先天性听力丧失,通过使用127个基因面板测试或159个变体检测来描述分子流行病学。 六十三名聋儿接受了127个基因面板测试,而七十四名患者接受了159名变体检测。 通过使用127个基因面板测试,鉴定了更多的突变基因和变体。 最常见的突变基因是GJB2,SLC26A4,MyO15A,CDH23和OTOF。 通过分析接受127个基因面板检测的患者,我们发现51例聋儿携带的变体,不包括在159个变体测试中。 因此,如果使用159个变体测试,大量患者将被误诊。 本研究突出了127个基因面板检测的优势,并建议应采取更广泛的遗传测试以确定先天性听力损失的遗传病程。

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