热原反应

静脉输入甘露醇诱发热原反应因素调查分析

The analysis of pyrogen reaction factor of Mannitol by vein input

结果改良灌注组和传统灌注组均无热原反应发生。

Results There was no pyrogen reaction in both groups .

鲎试剂检测减少临床热原反应的试验研究

LAL reagent : Its Application in the reduction of clinical pyrogen reaction

血液透析患者出现热原反应原因调查

Investigation of cause of pyrogen reaction in patients receiving hemodialysis

173例临床输液热原反应分析

Analysis of clinical pyretogenic reactions of infusion in 173 patients

临床输液热原反应的原因探讨及其预防

Investigation on the cause and prevention of pyrogen reaction in clinical transfusion

目的：减少静脉输液的热原反应。

Objective : To reduce the incidence of fever reaction in vein transfusion .

结论引起热原反应的物质是黄芩苷中的杂质。

Conclusion The impurity in baicalin is the material that causes the pyrogen .

血液透析3403次无热原反应

403 times of hemodialysis without pyrogen reaction

无热原反应。

There was no pyrogen reaction .

方法：分析93例静脉输液热原反应情况。

Method : To make a retrospective study of 93 cases of fever reaction in vein transfusion .

目的：探讨临床输液热原反应的一般规律、特点和预防对策。

Objective : To study the general rules , characteristics and preventive measures of clinical pyretogenic reactions of infusion .

材料原液未引起小鼠急性毒性反应、新西兰白兔热原反应、小鼠遗传毒性及豚鼠过敏反应。

The cement-extracted liquid induced no acute toxicity in mice , pyrogenic reaction in rabbits , genetic toxicity in mice or allergic reaction in guinea pigs .

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。

The main causes of fever reaction due to intravenous transfusion include pyrogen reaction , particulate contamination , bacteria and virus contamination , and side effect of drugs .

目的：采用动态浊度法和凝胶法检测甘露醇注射液中细菌内毒素的含量，以控制药品质量，减少临床热原反应的发生。

Objective : To detect the content of bacterial endotoxin in mannitol injection with kinetic turbidometry and gel clot test for the control of the quality of the drug and prevention of pyrogen reaction in clinical practice .

在透析器和血液管路的重复处理和重复使用时，采取了一系列措施，经41例3403次血液透析，无一例发生热原反应。（1）透析前的充分循环，可以清除福马林。

No pyrogen reaction has ever occured in 3 403 hemo dialysis of 41 patients as a re-sults of using the following measures : ( 1 ) sufficient circulation of the dialysis solution before hemo dialysis to remove the formalin thoroughly and keep the dialyzer and blood aseptic ;

本产品采用医用高分子材料制造，经环氧乙烷气体灭菌、无菌、无热原、无溶血反应、无急性全身毒性。

All the products are made of medical grade high polymer material , and sterilized with EO , pyrogen-free .

结果：配制工艺改进后我院生产的500批输液成品经鲎试验法检测热原，结果都呈阴性，而且临床使用未发现有热原反应发生。

Result : After the improvement in confection process , 500 batches of finished products of transfusion liquid produced by Taiping Hospital through the TAL experiment method were tested to be negative in hot source , and no hot-resource-reaction did not occurred in the clinical usage of these products .