Serum; Irregular antibody; Hemolytic transfusion reaction.
血清；不规则抗体；溶血性输血反应。
This is probably the first reported hemolytic transfusion reaction.
这可能是第一次报道溶血性输血反应。
The causes of transfusion reaction was detected by antiglobulin test of Coombs.
通过血型血清学检测来寻找输血反应原因。
Results White blood cell filtrator could efficiently prevent transfusion reaction.
结论白细胞过滤器可有效预防输血反应的发生。
Objective The effect of white blood cell filtrator was observed to prevent transfusion reaction.
目的观察白细胞过滤器预防输血反应的效果。
Objective to study whether it is necessary to use promethazine to prevent non-hemolytic transfusion reaction.
目的探讨使用非那根预防非溶血性输血反应是否必要。
Conclusion: SPISA match and lymphocyte clear can improve the platelet number and reduce the transfusion reaction.
结论：配型和聚脂纤维滤过输注能显著提高患者血小板数目，有效降低输血反应发生率。
And to prevent transfusion reaction, avoid medical dispute, ameliorate quality of transfusion and improve security of transfusion.
预防输液反应，防范医疗纠纷，改善输液质量，提高输液安全性。
Conclusion: Irregular antibody test can decrease or avoid hemolytic transfusion reaction, and guarantee the security of transfusion.
结论：不规则抗体检查能有效地降低或避免溶血性反应的发生，保证输血的安全。
No hemolytic transfusion reaction occurred in patients with isoantibody after infusion of blood with corresponding antigen negative.
对有同种抗体的患者输入相应抗原阴性的红细胞后，患者未发生溶血性输血反应；
Results Injection of thrombocyte could shorten the bleeding time, quicken the cure of wound, lighten transfusion reaction, increase blood coagulation factors.
结果输入血小板后出血时间缩短，创口愈合快；输血反应轻微；
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。
Conclusion leukocyte removal filter can effectively deplete the leukocytes in blood, its application may be useful to reduce non-hemolytic blood transfusion reaction.
结论：白细胞滤器能有效去除白细胞，去除白细胞能减少非溶血性输血反应。
Conclusion Prestorage leucocyte filtration can effectively reduce and diminish bacterial multiplication, so it have some significance to prevent transfusion reaction caused by bacterial pollution.
结论保存前过滤白细胞能有效地减少或消除细菌的增殖，对预防细菌污染所致的输血反应有一定意义。
While the reaction is being investigated, the transfusion is delayed.
患者在发热反应观察期间应暂停输血。
Medicines can be given before the transfusion to prevent such a reaction.
输血前可以使用药物来预防这种反应。
Conclusion Simulation treatment drilling in mimic scene of adverse reaction of intravenous transfusion could improve the general treatment ability of nurse.
结论临床静脉输液不良反应处理情景模拟演练可帮助训练护士的综合应急能力。
Once a haemolytic reaction is suspected, management should include the cessation of the drugs in question and transfusion support.
一旦怀疑是溶血反应，治疗应包括停用可以药物及输血等支持疗法。
Result 23 cases of the child venous transfusion with adverse reaction was promptly treated.
结果23例小儿静脉输液反应经过及时处理均未发生意外。
The main causes of fever reaction due to intravenous transfusion include pyrogen reaction, particulate contamination, bacteria and virus contamination, and side effect of drugs.
热原反应、微粒污染、细菌病毒污染、药物不良反应是引起静脉输液发热反应的主要原因。
Objective To probe the more effective methods treating pyrogenetic reaction induced by transfusion.
目的探讨治疗输液发热反应更为有效的方法。
Objective To discuss the quality, blood transfusion effect and adverse reaction of the washed red blood cells that were made from middling and severe chyle whole blood at high altitude area.
目的探讨高海拔地区中、重度乳糜全血制备洗涤红细胞的质量、输注效果及输血不良反应发生情况。
Conclusion: Establishing the drug adverse reaction monitor system in the outpatient transfusion room can improve transfusion safety.
结论：在门诊输液室建立医、护、药合作的药品不良反应监测体系，为门诊输液安全提供了有利条件。
Conclusion: Establishing the drug adverse reaction monitor system in the outpatient transfusion room can improve transfusion safety.
结论：在门诊输液室建立医、护、药合作的药品不良反应监测体系，为门诊输液安全提供了有利条件。
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