利用与因子VIII基因相关的限制性片段长度多态性诊断女性血友病A。

A M Randi, E Sacchi, M Sampietro, G Papaleo, G Muleo, P M Mannucci
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引用次数: 2

摘要

一名6岁女孩,是一名患有中度血友病A(因子VIII 3%)的男性患者的女儿,因为她的因子VIII水平也很低(4%)而被转介到我们中心。先证者的兄弟患有轻度A型血友病(7%);母亲(29%)为可能的携带者,其家族中未报告其他a型血友病病例。因此,在女孩身上发现的因子VIII缺乏要么与血友病基因的极端电离的载体状态一致,要么与血友病基因的纯合性一致。为了区分这些可能性,我们研究了该家族4个成员中与因子VIII基因相关的三个限制性内切片段长度多态性(RFLPs)的分离。利用一个基因内RFLPs (FVIII-BclI)和两个基因外RFLPs (St14-TaqI和Dx13-BglII),我们发现先证从父母双方遗传了缺陷基因,因此是血友病基因的纯合子。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Diagnosis of hemophilia A in a female subject by using restriction fragment length polymorphisms linked to the factor VIII gene.

A 6-year-old girl, daughter of a male patient with moderate hemophilia A (factor VIII 3%), was referred to our Center because she also had very low levels of factor VIII (4%). The proband's brother has mild hemophilia A (7%); the mother (29%) is a possible carrier, no other case of hemophilia A being reported in her family. Hence, the factor VIII deficiency found in the girl is consistent either with a carrier state with extreme lyonization in favour of the hemophilic gene or with homozygosity for the hemophilia gene. To distinguish these possibilities, we studied the segregation of three restriction fragment length polymorphisms (RFLPs) linked to the factor VIII gene in the 4 members of the family. Employing one intragenic (FVIII-BclI) and two extragenic (St14-TaqI and Dx13-BglII) RFLPs, we showed that the proband has inherited from both parents the defective gene, being therefore homozygous for the hemophilia gene.

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