[血库中的分子生物学]。

Gamaliel Benítez-Arvizu, Esmeralda Campos-Aguirre
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引用次数: 0

摘要

在过去的两个世纪里,医学取得了令人眩晕的进步。在第一次成功输血后,出现了输血药物和血库。梯子起着至关重要的作用,从捐献者筛查到输血前进行的血液分析研究,以及接受血液成分的患者的随访。分子生物学与这些活动高度相关,因为它缩短了检测血液传播疾病的窗口期;它允许对血型和HLA分子的分型进行完整的研究,并允许通过能够具有其基因型来对患者和捐献者进行充分的表型解释。分子生物学技术的实施最相关的影响是对献血者中输血传播疾病的检测进行了筛查,这提高了所获得成分的安全性。分子生物学技术应用于供体受体的研究,可以更好地照顾需要输血或移植的患者。在这项工作中,回顾了分子生物学在血库中的重要性,通过它,墨西哥社会福利研究所的受益人以及大多数没有保险的献血者的护理得到了改善。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

[Molecular biology in a blood bank].

[Molecular biology in a blood bank].

Medicine has had a vertiginous advance in the last two centuries. After the first successful transfusions, transfusional medicine and blood banks arose. The ladder perform vital functions, from donor screening to the studies for the analysis of blood that are carried out before its use for transfusion and the follow-up of patients who receive blood components. Molecular biology is highly relevant in these activities, since it has allowed the reduction of window periods for the detection of diseases transmissible by blood; it has allowed the complete study of the typing of blood groups and HLA molecules, and it has allowed the adequate phenotypic interpretation of patients and donors by being able to have their genotype. The most relevant impact of the implementation of molecular biology techniques was the screening for the detection of transfusion-transmissible diseases in blood donors, which has allowed improving the safety of the components obtained. Molecular biology techniques applied in the study of the donor-recipient have allowed better care of patients who have required a transfusion or transplant. In this work, it is reviewed the importance of molecular biology in blood banks, with which the care for the Instituto Mexicano del Seguro Social beneficiaries has improved, as well as for the blood donors who are mostly not insured.

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