A simplified method of performance indicators development for epidemiological surveillance networks 鈥?Application to the RESAPATH surveillance network

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• 作者：A. Sorbe^a ; ^{aurelie.sorbe@free.fr} ; M. Chazel^a ; E. Gay^a ; M. Haenni^b ; J.-Y. Madec^b ; P. Hendrikx^c
• 关键词：Performance indicators ; Program evaluation ; Population surveillance ; Epidemiological surveillance ; Management
• 刊名：Revue d'脡pid茅miologie et de Sant茅 Publique
• 出版年：2011
• 期刊代码：pca329_03987620
• 类别：med
• 出版时间：June 2011
• 卷：59
• 期：3
• 页码：149-158
• 文件大小：239 K

摘要

Background

Develop and calculate performance indicators allows to continuously follow the operation of an epidemiological surveillance network. This is an internal evaluation method, implemented by the coordinators in collaboration with all the actors of the network. Its purpose is to detect weak points in order to optimize management. A method for the development of performance indicators of epidemiological surveillance networks was developed in 2004 and was applied to several networks. Its implementation requires a thorough description of the network environment and all its activities to define priority indicators. Since this method is considered to be complex, our objective consisted in developing a simplified approach and applying it to an epidemiological surveillance network.

Methods

We applied the initial method to a theoretical network model to obtain a list of generic indicators that can be adapted to any surveillance network.

Results

We obtained a list of 25 generic performance indicators, intended to be reformulated and described according to the specificities of each network. It was used to develop performance indicators for RESAPATH, an epidemiological surveillance network of antimicrobial resistance in pathogenic bacteria of animal origin in France.

Conclusion

This application allowed us to validate the simplified method, its value in terms of practical implementation, and its level of user acceptance. Its ease of use and speed of application compared to the initial method argue in favor of its use on broader scale.