OBJECTIVE: To develop a framework for clinical practice guidelines that not only allows the representation of best practices, but also facilitates reasoning about acceptable alternatives for those best practices. METHOD: Design of an explicit representation formalism of intentions of guidelines and guideline steps. Implementation of this representation and reasoning mechanisms in GASTON, a tool for representing and executing computerized clinical guidelines. RESULTS: The developed formalism is used to represent a heart failure clinical guideline. It is demonstrated that the representation of intentions provides the needed flexibility to avoid unnecessary errors and warnings. CONCLUSION: By using an explicit representation of the intentions of guidelines and guideline steps, a flexible decision support system can be built that does not check only the adherence to the formal guideline but evaluates clinical activities in light of the intention of the guidelines.
OBJECTIVE: To develop a framework for clinical practice guidelines that not only allows the representation of best practices, but also facilitates reasoning about acceptable alternatives for those best practices. METHOD: Design of an explicit representation formalism of intentions of guidelines and guideline steps. Implementation of this representation and reasoning mechanisms in GASTON, a tool for representing and executing computerized clinical guidelines. RESULTS: The developed formalism is used to represent a heart failure clinical guideline. It is demonstrated that the representation of intentions provides the needed flexibility to avoid unnecessary errors and warnings. CONCLUSION: By using an explicit representation of the intentions of guidelines and guideline steps, a flexible decision support system can be built that does not check only the adherence to the formal guideline but evaluates clinical activities in light of the intention of the guidelines.
Authors: Trudy van der Weijden; France Légaré; Antoine Boivin; Jako S Burgers; Haske van Veenendaal; Anne M Stiggelbout; Marjan Faber; Glyn Elwyn Journal: Implement Sci Date: 2010-02-02 Impact factor: 7.327
Authors: Jeffrey I Mechanick; Albert E Marchetti; Caroline Apovian; Alexander Koglin Benchimol; Peter H Bisschop; Alexis Bolio-Galvis; Refaat A Hegazi; David Jenkins; Enrique Mendoza; Miguel Leon Sanz; Wayne Huey-Herng Sheu; Patrizio Tatti; Man-Wo Tsang; Osama Hamdy Journal: Curr Diab Rep Date: 2012-04 Impact factor: 4.810