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Is Next Generation Sequencing the future of blood group testing?

机译:下一代是否正在对血型检测的未来进行测序?

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摘要

Blood group genotyping has many advantages over conventional phenotyping for both blood donors and patients, and a number of high-throughput methods have now been developed. However, these are limited by a requirement for existing knowledge of the relevant blood group gene polymorphisms, and rare or novel mutations will not be detected. These mutations could be successfully identified by DNA sequencing of the blood group genes, and such an approach has been made feasible by the introduction of Next Generation Sequencing (NGS) technology. NGS enables many genes from multiple samples to be sequenced in parallel, resulting in sequencing information that could be used to obtain accurate blood group phenotype predictions in both blood donors and patients.
机译:对于供血者和患者而言,血型基因分型比常规表型具有许多优势,并且现已开发出许多高通量方法。但是,这些受到相关血型基因多态性的现有知识的要求的限制,并且将不会检测到罕见或新颖的突变。这些突变可以通过血型基因的DNA测序成功鉴定,并且通过引入下一代测序(NGS)技术使这种方法变得可行。 NGS使来自多个样本的许多基因能够并行测序,从而产生可用于在献血者和患者中获得准确血型表型预测的测序信息。

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