Title of article :
Novel Mutation in LARP7 in Two Iranian Consanguineous Families with Syndromic Intellectual Disability and Facial Dysmorphism
Author/Authors :
Kazemi, Goli Genetics Research Center - University of Social Welfare and Rehabilitation Sciences - Tehran - Iran , Peymani, Fatemeh Genetics Research Center - University of Social Welfare and Rehabilitation Sciences - Tehran - Iran , Mohseni, Marzieh Genetics Research Center - University of Social Welfare and Rehabilitation Sciences - Tehran - Iran , Zare Ashrafi, Farzane Genetics Research Center - University of Social Welfare and Rehabilitation Sciences - Tehran - Iran , Arzhangi, Sanaz Genetics Research Center - University of Social Welfare and Rehabilitation Sciences - Tehran - Iran , Ardalani, Fariba Genetics Research Center - University of Social Welfare and Rehabilitation Sciences - Tehran - Iran , Aghakhani Moghaddam, Fatemeh Genetics Research Center - University of Social Welfare and Rehabilitation Sciences - Tehran - Iran , Kahrizi, Kimia Genetics Research Center - University of Social Welfare and Rehabilitation Sciences - Tehran - Iran , Najmabadi, Hossein Genetics Research Center - University of Social Welfare and Rehabilitation Sciences - Tehran - Iran
Pages :
6
From page :
842
To page :
847
Abstract :
Background: Recently, we have reported mutations in LARP7 gene, leading to neurodevelopmental disorders (NDDs), the most frequent cause of disability in children with a broad phenotype spectrum and diverse genetic landscape. Methods: Here, we present two Iranian patients from consanguineous families with syndromic intellectual disability, facial dysmorphism, and short stature. Results: Whole-exome sequencing (WES) revealed a novel homozygous stop-gain (c.C925T, p.R309X) variant and a previously known homozygous acceptor splice-site (c.1669-1_1671del) variant in LARP7 gene, indicating the diagnosis of Alazami syndrome. Conclusion: These identified variants in patients with Alazami syndrome were consistent with previously reported loss of function variants in LARP7 and provide further evidence that loss of function of LARP7 is the disease mechanism. Keywords:
Keywords :
Intellectual disability , LARP7 , Mutation , Phenotype , Whole exome sequencing
Journal title :
Archives of Iranian Medicine
Serial Year :
2020
Record number :
2631557
Link To Document :
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