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- platelet transfusion reaction 输血小板反应
- Conclusion UBIO can reduce refractoriness to platelet transfusion. 结论血液光量子疗法可减少血小板输注无效。
- The using of the platelet donor bank has the potential benefits for the platelet transfusion approach. 血小板供者库的建立将对血小板的输注带来巨大的益处
- Observe for side effects or untoward response (transfusion reaction). 观察不利反应所引起的副作用(输血反应)
- Results positive LCT of effective platelet transfusion in ALL and ANLL was 7 6% and 4 2%, respectively. 结果血小板输注有效的急性淋巴细胞白血病(ALL)及急性非淋巴细胞白血病(ANLL)检测LCT阳性率分别为76%25及42%25;
- Results The isotype platelet antibody was 46.72% in repeated transfusion and concentrated platelet transfusion. 结果多次输血及浓缩血小板造成同种血小板抗体升高达4672%25。
- Two women required a total of three hospital admissions for neutropenic sepsis, and two required fie hospital admissions for platelet transfusion for seere thrombocytopenia. 两名女性因为出现嗜中性白血球过少性败血症需要入院，两名由于严重的血小板减少而输注血小板需要入院。
- In conclusion, enzyme-only antibody usually doe s not lead to hemolytic transfusion reaction. 结论 :该例唯酶抗体仅在木瓜蛋白酶介质体外检测中表现出凝集 ,不会引起溶血性输血反应
- However, they must be distinguished from the more serious hemolytic transfusion reaction mentioned above. 不过，发热反应必须和上面提到的严重得多的溶血性输血反应区别开来。
- In order to study the factors for non hemolytic transfusion reaction, 510 case time transfusion was investigated. 为探讨非溶血性输血反应的影响因素,对510例次输血进行了调查。
- Methods The relationship between the corrected count increment (CCI) of platelet and lymphocytotoxicity (LCT) were determinated in 71 acute leukemic patients who received platelet transfusion. 方法对71例急性白血病反复输血及输血小板的患者,采用淋巴细胞毒试验(LCT)检测,研究这组患者的血小板校正增加值(CCI)与(LCT)之间的关系。
- X1,X2,X3 are the main factors to impact the clinical infusion efficacy，the best approach to improve therapeutic effect is to develop an unified clinical platelet transfusion indication. X1、X2、X3是影响临床输注疗效的主要因素，要提高治疗效果最好的办法是制定出统一的临床血小板输注指征。
- Results All the patients recovered hypertonic saline and autologous blood transfusion had better effect and less transfusion reaction. 结果50例患者均抢救成功,高渗盐水联合自血回输效果好,输血反应发生较少。
- Such a reaction, called a hemolytic transfusion reaction, can lead to a drop in blood pressure, bleeding or kidney damage which may be life-threatening. 这种反应被称为溶血性输血反应，可导致血压下降、出血或者肾损伤而危及生命。
- Methods: The pharmacist was invited to consult a case of "transfusion reaction", analyzed it comprehensively, and found out the cause of the "transfusion reaction". 方法:药师应邀参与一例关于临床发生的“输液反应”的会诊,对其进行综合分析,找出发生“输液反应”的原因。
- The purpose of this study was to explore the clinical value of the platelet antibody screening and typing in platelets transfusion by using microcolumn gel immunoassay (MGIA). 为了探讨微柱凝胶免疫分析技术在血小板输注中血小板抗体筛选和配型的临床应用价值,运用微柱凝胶免疫分析技术检测血小板抗原抗体反应,包括抗体筛检、交叉配血。
- It was found that the incidence of non hemolytic transfusion reaction was 10.20 %, fever reaction rate being 84.62 % and anaphylactoid rate 15.38 %, respectively. 结果非溶血性输血反应发生为10.;20%25(52/510);其中发热反应率占84
- Bacteria contamination in platelet transfusion 血小板输注中的细菌污染
- Objective To find out incidence of non-hemolytic transfusion reactions. 目的为了解我区非溶血性输血反应的发生情况。
- platelet transfusion refractoriness 血小板输注无效
