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Rhesus pieces: genotype matching of RBCs

机译:恒河猴:RBCS的基因型匹配

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摘要

As Chou et al have elegantly shown in this issue of Blood,(1) RH genetic diversity in patients with sickle cell disease (SCD) is prevalent, and matching of donor and recipient red blood cell (RBC) antigens at the molecular level for transfusion is feasible. The Rh blood group system is highly complex, with many antigens defined at the serologic level encoded by the RHD and RHCE genes. Genetic exchange between RHD and RHCE is especially common in individuals of African descent, including those with SCD. In fact, similar to 90% of studied patients with SCD have at least 1 RH allele that differs from those found in individuals of European descent. 2 Because most blood donors in the United States are not of African descent, each RBC transfusion thus exposes recipients with SCD to many "nonself" blood group antigens.
机译:由于Chou等人在这个问题上典雅地显示,(1)镰状细胞疾病(SCD)患者的RH遗传多样性是普遍的,并且供体和受体红细胞(RBC)抗原在分子水平输血时匹配 是可行的。 RH血液组系统具有高度络合物,具有许多在由RHD和RHCE基因编码的血清级定义的抗原。 RHD和RHCE之间的遗传交流在非洲血统的个人中特别常见,包括SCD的人。 实际上,类似于90%的SCD患者的SCD患者至少有1个rh等位基因,其不同于欧洲血统个人中的那些。 2因为美国大多数献血者都不是非洲下降的,因此每次RBC输血将接受者暴露于许多“不良”血型抗原。

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