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医院抗生素使用监测指标的方法学验证

Methodological validation of monitoring indicators of antibiotics use in hospitals.

作者信息

Mandy Bruno, Koutny Estelle, Cornette Christian, Woronoff-Lemsi Marie-Christine, Talon Daniel

机构信息

Pharmacie Centrale, CHU Jean Minjoz, 25030 Besançon, France.

出版信息

Pharm World Sci. 2004 Apr;26(2):90-5. doi: 10.1023/b:phar.0000018595.78732.1c.

Abstract

BACKGROUND

For several years now, the French national recommendations have been trying to set up a surveillance system in hospitals to link data on antibiotic resistance and data on the use of antibiotics, particularly for certain 'micro-organism/antibiotic' pairs. The indicators recommended in the lastest newsletter of the Direction Générale de la Santé (French Public Health Department) for monitoring the consumption of antibiotics were the number of days of treatment or the number of defined daily doses (DDD), both (in)directly related to the number of days of hospitalisation and/or the number of patients hospitalised.

OBJECTIVE

The aim of this study was to compare the actual number of days of treatment, which is an observed indicator, with two indicators calculated on the basis of the DDD and the DPD (daily prescribed dose), both in terms of feasibility of collection and the relevance of the information generated.

MATERIALS AND METHODS

For several hospital care units, the 'length of exposure' to a given antibiotic was determined by four different indicators: two actual observed indicators [the patient's medical file (reference) and the named-patient based, computerised dispensing system from the central pharmacy] and two derived calculated indicators [obtained by dividing the number of grams prescribed by the DDD or by the DPD].

RESULTS

The average incidence density of antibiotic treatment (length of exposure per 1000 days of hospitalisation) obtained by the calculated indicators was higher than that obtained with the observed reference (+52% for the DDD and +33% for the DPD) but lower than that obtained with the second observed indicator (computerised system) (-10%). The differences were large and random (high variability depending on the hospital department, the antibiotic and the administration route; variations in both directions: actual length of treatment longer or shorter than the calculated length of treatment).

CONCLUSION

The question which indicator should be chosen is inconclusive for the evaluation of the selection pressure exerted by an antibiotic. The two indicators proposed in the newsletter (observed indicator and calculated indicator) seem to be complementary for use in a regional or national network to monitor resistance and consumption of antibiotics. Each hospital should validate the indicators and define for itself which indicator is most appropriate for estimating the actual length of antibiotic exposure. This may imply different indicators for different units, antibiotics or even administration routes within one particular hospital setting. Once validated the hospital has a powerful tool generating data that can be linked to resistance data.

摘要

背景

几年来,法国国家建议一直在努力在医院建立一个监测系统,以将抗生素耐药性数据与抗生素使用数据联系起来,特别是针对某些“微生物/抗生素”组合。法国公共卫生部总司最新通讯中推荐的用于监测抗生素消费的指标是治疗天数或限定日剂量(DDD)数,这两者都(直接或间接)与住院天数和/或住院患者数量相关。

目的

本研究的目的是将作为观察指标的实际治疗天数与基于DDD和每日处方剂量(DPD)计算的两个指标进行比较,包括收集的可行性和所产生信息的相关性。

材料与方法

对于几个医院护理单元,给定抗生素的“暴露时长”由四个不同指标确定:两个实际观察指标[患者病历(参考)和基于患者姓名的中央药房计算机化配药系统]以及两个衍生计算指标[通过将处方克数除以DDD或DPD获得]。

结果

通过计算指标获得的抗生素治疗平均发病密度(每1000天住院的暴露时长)高于通过观察参考指标获得的结果(DDD指标高52%,DPD指标高33%),但低于通过第二个观察指标(计算机化系统)获得的结果(低10%)。差异很大且无规律(高度变异性取决于医院科室、抗生素和给药途径;两个方向都有变化:实际治疗时长比计算的治疗时长长或短)。

结论

对于评估抗生素施加的选择压力应选择哪个指标尚无定论。通讯中提出的两个指标(观察指标和计算指标)似乎在区域或国家网络中用于监测抗生素耐药性和消费方面具有互补性。每家医院都应验证这些指标,并自行确定哪个指标最适合估计抗生素暴露的实际时长。这可能意味着在一个特定医院环境中,不同科室、抗生素甚至给药途径使用不同的指标。一旦得到验证,医院就有了一个强大的工具来生成可与耐药性数据相联系的数据。

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