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Framework for the impact analysis and implementation of Clinical Prediction Rules (CPRs)

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posted on 2013-10-31, 12:48 authored by E. Wallace, S.M. Smith, R. Perera-Salazar, P. Vaucher, C. McCowan, G. Collins, J. Verbakel, Monica Lakhanpaul, T. Fahey
Clinical Prediction Rules (CPRs) are tools that quantify the contribution of symptoms, clinical signs and available diagnostic tests, and in doing so stratify patients according to the probability of having a target outcome or need for a specified treatment. Most focus on the derivation stage with only a minority progressing to validation and very few undergoing impact analysis. Impact analysis studies remain the most efficient way of assessing whether incorporating CPRs into a decision making process improves patient care. However there is a lack of clear methodology for the design of high quality impact analysis studies. We have developed a sequential four-phased framework based on the literature and the collective experience of our international working group to help researchers identify and overcome the specific challenges in designing and conducting an impact analysis of a CPR. There is a need to shift emphasis from deriving new CPRs to validating and implementing existing CPRs. The proposed framework provides a structured approach to this topical and complex area of research.

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Citation

BMC Medical Informatics and Decision Making 2011, 11:62

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  • VoR (Version of Record)

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BMC Medical Informatics and Decision Making 2011

Publisher

BioMed Central Ltd

eissn

1472-6947

Copyright date

2011

Available date

2013-10-31

Publisher version

http://www.biomedcentral.com/1472-6947/11/62

Language

en

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