Key result
Multiparametric risk scores for heart failure prognosis are promising compared to single parameters, but their widespread clinical use remains limited due to complexity and cost.
Why the study?
Are multiparametric risk scores useful for predicting prognosis in patients with heart failure?
Are multiparametric risk scores useful for predicting prognosis in patients with heart failure?
Multiparametric risk scores for heart failure prognosis are promising but require further validation and simplification for widespread clinical adoption.
No single parameter suffices for HF prognosis; leaves open whether validated multiparametric scores can improve risk stratification.
AIMS: Heart failure is a widespread syndrome involving several organs, still characterized by high mortality and morbidity, and whose clinical course is heterogeneous and hardly predictable.In this scenario, the assessment of heart failure prognosis represents a fundamental step in clinical practice. A single parameter is always unable to provide a very precise prognosis. Therefore, risk scores based on multiple parameters have been introduced, but their clinical utility is still modest. METHODS: In this review, we evaluated several prognostic models for acute, right, chronic, and end-stage heart failure based on multiple parameters. In particular, for chronic heart failure we considered risk scores essentially based on clinical evaluation, comorbidities analysis, baroreflex sensitivity, heart rate variability, sleep disorders, laboratory tests, echocardiographic imaging, and cardiopulmonary exercise test parameters. RESULTS: What is at present established is that a single parameter is not sufficient for an accurate prediction of prognosis in heart failure because of the complex nature of the disease. However, none of the scoring systems available is widely used, being in some cases complex, not user-friendly, or based on expensive or not easily available parameters. CONCLUSION: We believe that multiparametric scores for risk assessment in heart failure are promising but their widespread use needs to be experienced.
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Mantegazza et al. (2014) conducted a review in Heart failure. Multiparametric risk scores vs. Single parameter assessment was evaluated on Prognosis prediction accuracy. Multiparametric risk scores for heart failure prognosis are promising compared to single parameters, but their widespread clinical use remains limited due to complexity and cost.
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