分子生物学
IVD分子诊断
细胞培养与分析
蛋白研究
细胞因子
重组蛋白
抗体
高通量测序建库
病原检测UCF系列
生物医药
工具酶
抑制剂激活剂与常用试剂
仪器
耗材

A gonadal mosaicism novel KMT2D mutation identified by haplotype construction and clone sequencing strategy

Liangjie Guo, Mengting Zhang, Yue Gao, Litao Qin, Hailan Xia, Lin Liu, Hongdan Wang

Journal:CLINICA CHIMICA ACTA

IF:6.31

DOI:10.1016/j.cca.2022.04.008

PMID:35421397

Published:2022-04-11

research field:食品科学与技术活性包装表面改性高分子材料抗菌包装

Abstract

Here we reported a pedigree that gave birth to two characteristic clinical signs of Kabuki syndrome daughters. They had an intellectual disability with special facial features. Their eyebrows were relatively wide and the rear 1/3 of the eyebrows were light and sparse. Their eyes were long, narrow, valgus and strabismus. Their noses were broad at the root and flat at the tip. They also had skeletal dysplasia, mainly manifested in the short second knuckle of the little fingers of both hands. Genetic studies showed a novel de novo KMT2D variant (c.16343G > C; p.R5448P) as a cause of Kabuki syndrome. It was very unlikely that the same de novo mutation occurred in two members of a family. Gonadal mosaicism in one of the parents was suspected. Haplotype construction and clone sequencing were used for mutation source analysis. Finally, we inferred that the haplotype from the mother (Gdel-G-C-T-A) contained the pathogenic mutation. A gonadal mosaicism novel KMT2D mutation was identified in their mother.

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