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Potential of next-generation sequencing to match blood group antigens for transfusion

机译:匹配血型抗原的下一代测序的潜力

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A review of the advances in applying next-generation sequencing (NGS) to transfusion medicine for the purpose of genotyping alleles encoding clinically important red blood cell and platelet antigens. NGS data from published studies confirm the possibility of antigen prediction based on sequencing of the whole genome, exome or targeted regions. What remains a challenge, to provide highly accurate NGS genotyping, is the further improvement of bioinformatic solutions for automated interpretation based on publicly accessible and improved reference databases appropriate for NGS methods as well as validation of a method based on the examination of a large number of individuals. There is no doubt, however, as to the future of NGS as a supplementary test used to provide highly compatible blood as well as to reduce the risk of patient’s alloimmunization. This is part of personalized medicine.
机译:为了将编码临床上重要的红细胞和血小板抗原的等位基因进行基因分型,综述了将下一代测序(NGS)应用于输血医学的进展。来自已发表研究的NGS数据证实了基于整个基因组,外显子组或目标区域测序的抗原预测的可能性。为了提供高精度的NGS基因分型,仍然存在的挑战是,基于适合NGS方法的公众可访问的和改进的参考数据库,进一步改进用于自动解释的生物信息学解决方案,以及基于大量检验方法的验证。个人。但是,毫无疑问,NGS作为一种补充测试的未来,可用于提供高度兼容的血液以及降低患者同种免疫的风险。这是个性化医学的一部分。

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