- Poster presentation
- Open Access
Field evaluation (FE) of the World Health Organization (WHO) interim guidelines (IG) on infection prevention and control (IPC) of epidemic and pandemic-prone acute respiratory diseases (ARD) in health care
© Conly et al; licensee BioMed Central Ltd. 2011
- Published: 29 June 2011
- World Health Organization
- Healthcare Facility
- Convenience Sample
- Initial Period
- Descriptive Study
A FE was designed with the objective of assessing the feasibility and applicability of the IG and the use of implementation tools in healthcare facilities (HCFs) over an initial period of 6-9 months and to apply lessons learnt to improve further versions of the IG.
Definitions for feasibility and applicability were based on the AGREE instrument. The FE design was a parallel, two-arm before-after descriptive study in 2 convenience samples, Principal sites, invited by the 6 WHO Regional Offices and voluntary Complementary sites of selected HCFs, conducted over 4 phases. A suite of tools to assist implementation, assessment, training, education and feedback were provided. Returned feedback forms were entered into Excel (Microsoft Corporation 2003) and descriptive epidemiologic analyses were conducted.
A total of 13 sites from 7 countries (4 WHO Regions) participated. The results suggested that the sites were well prepared with respect to having IPC protocols for ARDs (100%) and 92.3% sites had policies or IPC guidelines for HCF epidemic /pandemic planning available at the local and/or national level. For the surveyed HCFs, the follow-up FE revealed an overall increase (p= 0.01) to 86.8% vs the pre-survey results of 71.9%, with 10/ 15 recommendations implemented 2o to the IG (p=NS). For the surveyed ICPs, the follow-up FE revealed an overall increase (p< 0.0001) to 85.9% of 72.2%, with 12/32 implemented 2o to the IG (p=NS).
Although the implemented changes were not significantly attributed to be as a direct result of the IG, there was an overall significant uptake of the IG recommendations and it remains possible that the changes noted were indirectly influenced by IG.
This article is published under license to BioMed Central Ltd. This is an open access article distributed under the terms of the Creative Commons Attribution License (http://creativecommons.org/licenses/by/2.0), which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.