UMBRELLA protocol: systematic reviews of multivariable biomarker prognostic models developed to predict clinical outcomes in patients with heart failure

Author:

Vazquez-Montes Maria D. L. A.,Debray Thomas P. A.,Taylor Kathryn S.,Speich Benjamin,Jones Nicholas,Collins Gary S.,Hobbs F. D. R. Richard,Magriplis Emmanuella,Maruri-Aguilar Hugo,Moons Karel G. M.,Parissis John,Perera Rafael,Roberts Nia,Taylor Clare J.,Kadoglou Nikolaos P. E.,Trivella MarialenaORCID,

Abstract

Abstract Background Heart failure (HF) is a chronic and common condition with a rising prevalence, especially in the elderly. Morbidity and mortality rates in people with HF are similar to those with common forms of cancer. Clinical guidelines highlight the need for more detailed prognostic information to optimise treatment and care planning for people with HF. Besides proven prognostic biomarkers and numerous newly developed prognostic models for HF clinical outcomes, no risk stratification models have been adequately established. Through a number of linked systematic reviews, we aim to assess the quality of the existing models with biomarkers in HF and summarise the evidence they present. Methods We will search MEDLINE, EMBASE, Web of Science Core Collection, and the prognostic studies database maintained by the Cochrane Prognosis Methods Group combining sensitive published search filters, with no language restriction, from 1990 onwards. Independent pairs of reviewers will screen and extract data. Eligible studies will be those developing, validating, or updating any prognostic model with biomarkers for clinical outcomes in adults with any type of HF. Data will be extracted using a piloted form that combines published good practice guidelines for critical appraisal, data extraction, and risk of bias assessment of prediction modelling studies. Missing information on predictive performance measures will be sought by contacting authors or estimated from available information when possible. If sufficient high quality and homogeneous data are available, we will meta-analyse the predictive performance of identified models. Sources of between-study heterogeneity will be explored through meta-regression using pre-defined study-level covariates. Results will be reported narratively if study quality is deemed to be low or if the between-study heterogeneity is high. Sensitivity analyses for risk of bias impact will be performed. Discussion This project aims to appraise and summarise the methodological conduct and predictive performance of existing clinically homogeneous HF prognostic models in separate systematic reviews. Registration: PROSPERO registration number CRD42019086990

Funder

British Heart Foundation

NIHR School for Primary Care Research

Collaboration for Leadership in Applied Health Research and Care (CLARHC) Oxford

NIHR Oxford Biomedical Research Centre

NIHR Oxford Medtech and In-Vitro Diagnostics Co-operative

Advanced Postdoc Mobility grant from the Swiss National Science Foundation

Wellcome Trust Doctoral Research Fellowship

Publisher

Springer Science and Business Media LLC

Subject

Applied Mathematics,General Mathematics

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