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在低至中等输注速率下进行在线静脉输液加温的有效方法。

Effective methods of in-line intravenous fluid warming at low to moderate infusion rates.

作者信息

Bostek C C

出版信息

AANA J. 1992 Dec;60(6):561-6.

PMID:1292322
Abstract

Three methods of warming intravenous (IV) fluids were examined. An in-line blood warmer was generally ineffective at flow rates of < 250 mL/hr but did produce temperatures of 30 to 31 degrees C at the catheter when the infusion rate was 500 to 1,000 mL/hr and the tubing was insulated. An in-line hot water bath produced temperatures of > or = 30 degrees C at flow rates of 200 to 1,000 mL/hr with uninsulated tubing. The addition of insulation maintained on infusate temperature of > or = 30 degrees C at a rate of 100 mL/hr. Application of a K-Thermia pad to the IV tubing close to the patient maintained an infusate temperature of > or = 30 degrees C at rates of 50 to 200 mL/hr. Warming at rates of 200 to 1,000 mL/hr is most effective with an in-line hot water bath. Warming at low infusion rates is best accomplished with a K-Thermia pad. The use of in-line blood warmers for routine fluid warming is ineffective.

摘要

研究了三种静脉输液加温方法。当流速<250毫升/小时时,在线血液加温器通常无效,但当输液速度为500至1000毫升/小时且管道隔热时,在导管处确实能产生30至31摄氏度的温度。在线热水浴在流速为200至1000毫升/小时且管道未隔热的情况下能产生≥30摄氏度的温度。增加隔热措施能使输液温度在流速为100毫升/小时时保持≥30摄氏度。在靠近患者的静脉输液管上使用K-Thermia垫,在流速为50至200毫升/小时时能使输液温度保持≥30摄氏度。流速为200至1000毫升/小时时,使用在线热水浴加温最有效。低输液速度时,使用K-Thermia垫加温效果最佳。使用在线血液加温器进行常规液体加温无效。

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