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Assessment of the transcriptomic consequences and MAU2 protein levels in edited induced pluripotent stem cells with NIPBL pathogenic variants
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作者 Kévin Cassinari Anne Rovelet-Lecrux +10 位作者 Céline Derambure Myriam Vezain Sophie Coutant Anne-Claire Richard Nathalie Drouot Juliette Coursimault Gabriella Vera Alice Goldenberg Pascale Saugier-Veber Camille Charbonnier Gaël Nicolas 《Genes & Diseases》 2025年第3期68-71,共4页
Cornelia de Lange Syndrome(CdLS)is an intellectual disability syndrome characterized by distinctive clinical features including growth retardation,limb malformation,and a characteristic facial dysmorphism.1 Six genes,... Cornelia de Lange Syndrome(CdLS)is an intellectual disability syndrome characterized by distinctive clinical features including growth retardation,limb malformation,and a characteristic facial dysmorphism.1 Six genes,including NIPBL and MAU2,are associated with CdLS,all encoding components or partners of the cohesin protein complex.Cohesins play a central role in gene expression regulation by organizing chromatin and modulating transcription.2 CdLS is classified as a transcriptomopathy due to dysregulated transcription resulting from pathogenic variants in cohesin-related genes.NIPBL mutations are the most common cause of CdLS,impairing cohesin loading onto DNA. 展开更多
关键词 gene expression regulation growth retardationlimb mau protein levels nipbl pathogenic variants facial dysmorphism transcriptomic consequences organizing chromatin intellectual disability syndrome
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