Genetic hearing impairment is highly heterogeneous. In this study, targeted next-generation sequencing (NGS) in two Chinese Han families identified a novel p.G141R homozygous mutation in ILDR1 as the genetic cause of the deafness. Consistent with the recessive inheritance, cosegregation of the p.G141R variant with the hearing loss was confirmed in members of both families by PCR amplification and Sanger sequencing. SNP genotyping analysis suggested that those two families were not closely related. Our study showed that targeted NGS is an effective tool for diagnosis of genetic deafness and that p.G141R in ILDR1 may be a relatively frequent mutation for DFNB42 in Chinese Hans
<div><p>The mutation spectrum of deafness genes may vary in different ethnical groups. In this study...
AbstractObjectiveTo understand the genetic load in the Chinese population for improvement in diagnos...
Dominant mutations in GJB2 may lead to various degrees of sensorineural hearing impairment and/or hy...
Nonsyndromic hearing loss has been shown to have high genetic heterogeneity. In this report, we aime...
Aims: We attempted to identify the genetic epidemiology of hereditary hearing loss among the Chinese...
Hearing loss is the most common sensory deficit in humans. Identifying the genetic cause and genotyp...
Hereditary hearing impairment is one of the major and common birth defects in Chinese population. No...
Hereditary hearing impairment is one of the major and common birth defects in Chinese population. No...
Hearing impairment is one of the most common sensory disease, of which more than 50% is attributed t...
Background. GJB2 mutation is the most common cause of genetic deafness. Many pathogenic variations h...
The mutation spectrum of deafness genes may vary in different ethnical groups. In this study, we inv...
Abstract Background To investigate the clinical features and the underlying causal gene of a family ...
Hereditary nonsyndromic hearing loss is highly heterogeneous and most patients with a presumed genet...
Objective To perform molecular diagnosis and genetic counseling in a young Chinese couple with conge...
Autosomal recessive non-syndromic hearing loss is one of the most common monogenic diseases. It is c...
<div><p>The mutation spectrum of deafness genes may vary in different ethnical groups. In this study...
AbstractObjectiveTo understand the genetic load in the Chinese population for improvement in diagnos...
Dominant mutations in GJB2 may lead to various degrees of sensorineural hearing impairment and/or hy...
Nonsyndromic hearing loss has been shown to have high genetic heterogeneity. In this report, we aime...
Aims: We attempted to identify the genetic epidemiology of hereditary hearing loss among the Chinese...
Hearing loss is the most common sensory deficit in humans. Identifying the genetic cause and genotyp...
Hereditary hearing impairment is one of the major and common birth defects in Chinese population. No...
Hereditary hearing impairment is one of the major and common birth defects in Chinese population. No...
Hearing impairment is one of the most common sensory disease, of which more than 50% is attributed t...
Background. GJB2 mutation is the most common cause of genetic deafness. Many pathogenic variations h...
The mutation spectrum of deafness genes may vary in different ethnical groups. In this study, we inv...
Abstract Background To investigate the clinical features and the underlying causal gene of a family ...
Hereditary nonsyndromic hearing loss is highly heterogeneous and most patients with a presumed genet...
Objective To perform molecular diagnosis and genetic counseling in a young Chinese couple with conge...
Autosomal recessive non-syndromic hearing loss is one of the most common monogenic diseases. It is c...
<div><p>The mutation spectrum of deafness genes may vary in different ethnical groups. In this study...
AbstractObjectiveTo understand the genetic load in the Chinese population for improvement in diagnos...
Dominant mutations in GJB2 may lead to various degrees of sensorineural hearing impairment and/or hy...