您的账号已在其他设备登录,您当前账号已强迫下线,
如非您本人操作,建议您在会员中心进行密码修改

确定
收藏 | 浏览18

To clinically characterize a cohort of patients with ectopia lentis (EL), or Marfanoid features in whom a definite genetic diagnosis of Marfan syndrome (MFS) had been excluded (atypical MFS), and to evaluate the contribution of mutations in ADAMTSL4 (OMIM * 610113), and P3H2 (LEPREL1; OMIM * 610341) to disease in this population.Subjects underwent comprehensive ophthalmic examination, including keratometry. Mutational analysis of ADAMTSL4 and P3H2 was undertaken using PCR, high resolution melting analysis, and sequencing. The frequency of c.2237G>A; p.(Arg746His) was determined in an unaffected Polynesian cohort. Haplotype analysis used tagged single nucleotide polymorphic markers.Mutational analysis of ADAMTSL4 identified two pathogenic variants in ADAMTSL4 in 11/31 (35

作者:Katherine A, van Bysterveldt;Rasha, Al Taie;Will, Ikink;Verity F, Oliver;Andrea L, Vincent

来源:Ophthalmic genetics 2017 年

相似文献
知识库介绍

临床诊疗知识库该平台旨在解决临床医护人员在学习、工作中对医学信息的需求,方便快速、便捷的获取实用的医学信息,辅助临床决策参考。该库包含疾病、药品、检查、指南规范、病例文献及循证文献等多种丰富权威的临床资源。

详细介绍
热门关注
免责声明:本知识库提供的有关内容等信息仅供学习参考,不代替医生的诊断和医嘱。

收藏
| 浏览:18
作者:
Katherine A, van Bysterveldt;Rasha, Al Taie;Will, Ikink;Verity F, Oliver;Andrea L, Vincent
来源:
Ophthalmic genetics 2017 年
标签:
ADAMTSL4 Marfan syndrome ectopia lentis
To clinically characterize a cohort of patients with ectopia lentis (EL), or Marfanoid features in whom a definite genetic diagnosis of Marfan syndrome (MFS) had been excluded (atypical MFS), and to evaluate the contribution of mutations in ADAMTSL4 (OMIM * 610113), and P3H2 (LEPREL1; OMIM * 610341) to disease in this population.Subjects underwent comprehensive ophthalmic examination, including keratometry. Mutational analysis of ADAMTSL4 and P3H2 was undertaken using PCR, high resolution melting analysis, and sequencing. The frequency of c.2237G>A; p.(Arg746His) was determined in an unaffected Polynesian cohort. Haplotype analysis used tagged single nucleotide polymorphic markers.Mutational analysis of ADAMTSL4 identified two pathogenic variants in ADAMTSL4 in 11/31 (35