[Transfusion-transmitted diseases].

Ryushi Shimoyama
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Abstract

Transfusion-transmitted infection has long been one of the major adverse reactions in blood transfusion. However, the implementation of effective screening tests makes it minor at present. Especially NAT (nucleic acid amplification test) is highly sensitive in detecting infection with HBV, HCV and HIV-1. Now the residual risk of post-transfusion hepatitis has reduced to as low as 1:100000. Not all of the blood-borne infections are included in the category of transfusion-transmitted infection, since donors are interviewed and examined for their health statuses. As to the organisms screening is not prepared or the window period infection, donor interview would be especially important. Namely, only the organisms that are cryptogenic and induce little symptoms are included in the category of transfusion-transmitted infection. Virus infections which tend to be asymptomatic are among them, such as HBV, HCV, and HIV, as well as bacteria and protozoan infection of long latency and probably prions. At present bacterial contamination is one of the major risks of blood transfusion. West Nile virus (WNV) and hepatitis E virus (HEV) have emerged as members of transfusion transmitted infection. Other newly developing blood-borne infections will be a menace to the blood safety, and thus we should be ready to prepare for preventing them. Selection of the countermeasures should be based on cost benefit analysis. Inactivation of organisms is under study, but its distant adverse effects are not yet clear. Vaccination and the clearance of organisms from the general population would be a more basic countermeasure.

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(Transfusion-transmitted疾病)。
输血传播感染一直是输血的主要不良反应之一。然而,由于实施了有效的筛选试验,目前这一问题尚不严重。特别是核酸扩增试验(NAT)在检测HBV、HCV和HIV-1感染方面具有很高的敏感性。现在输血后肝炎的剩余风险已降至1:10万。并非所有血源性感染都包括在输血传播感染的范畴内,因为对献血者进行了面谈和健康状况检查。对于未准备好的微生物筛选或窗口期感染,供体面谈尤为重要。也就是说,只有隐源性的和引起很少症状的微生物才被包括在输血传播感染的范畴内。其中包括无症状的病毒感染,如HBV、HCV和HIV,以及长潜伏期的细菌和原生动物感染,可能还有朊病毒。目前,细菌污染是输血的主要危险之一。西尼罗病毒(WNV)和戊型肝炎病毒(HEV)已成为输血传播感染的成员。其他新出现的血源性传染病也将对血液安全构成威胁,因此我们应该做好预防的准备。对策的选择应基于成本效益分析。生物体的失活正在研究中,但其长远的不利影响尚不清楚。接种疫苗和清除普通人群中的微生物将是一个更基本的对策。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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[Kouichi Terazawa (1952-2015)]. [AMED: Missions and Challenges]. [Current understanding of the mechanism of undesirable transfusion reaction and the preventive strategires against them]. [Clinical significance of awake neurosurgery]. [Lifestyle and health: results from epidemiological studies].
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