Journal of Biomedical Engineering and Informatics · 2018 · 15 citations · 47 references
MedicineCardiologyCardiothoracic SurgeryClinical CardiologyClinical Decision SupportDecision Support In HealthcareDecision-analytic ModelingHeart FailureCardiac Outcome AssessmentClinical Decision ModelsHealthcare Simulation ModelingMedical SimulationMultidisciplinary Preoperative PlanningMultidisciplinary Team CoordinationPreoperative Cardiac EvaluationTreatment Outcome Simulation
Clinical practice heavily relies on results from randomized controlled trials, which may not reflect completely individual patients. Patient-specific modelling has received increasing attention in recent years. Although still far from clinical application on a daily basis, the potential of this approach is significant. The treatment of advanced heart failure may benefit from a modelling framework to guide device treatment and predict outcome. The role of mechanical circulatory support as a long-term solution is increasing in view of the evolving technology and worsening heart failure patient population. Therefore, a preoperative strategy with the ability to predict the course of events in a simulation setting may be justified. Here we present a heart failure patient discussed at a multidisciplinary team meeting whose outcome was compared with simulations carried out with CARDIOSIM$^{©}$ software to investigate the role of this approach as a planning strategy to guide intervention and predict outcome. The clinical decision process is complex and many factors are involved. Patient-specific modelling may have a role to play as part of a preoperative planning strategy with more quantitative evaluation to smooth decision-making.
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Gérard L. Vignoles, Pierre Charrier, Christophe Preux et al. · Transport in Porous Media · 2007 · 401 citations
Engineering, Chemical Engineering, Petroleum Engineering +17
Yuri Bazilevs, Jeffrey R. Gohean, Thomas J.R. Hughes et al. · Computer Methods in Applied Mechanics and Engineering · 2009 · 385 citations
Medicine, Cardiology, Physiology +10