Key result
Combining circulating and imaging biomarkers shows potential as a surrogate for hard clinical endpoints like hospitalization and mortality in heart failure, though further validation is required.
Why the study?
Heart failure clinical trials relying on composite hard clinical endpoints require prolonged durations, large cohorts, and extensive funding to reach statistical significance.
Can circulating and imaging biomarkers be used as surrogate endpoints for hard clinical outcomes in heart failure trials?
Can circulating and imaging biomarkers be used as surrogate endpoints for hard clinical outcomes in heart failure trials?
Combining circulating and imaging biomarkers may serve as effective surrogate endpoints in heart failure trials, potentially reducing trial size, duration, and cost.
Answers are grounded in this paper and cite their sources.
Biomarker surrogates may shorten HF trials; leaves open prospective validation before any practice change.
Clinical trials in the treatment of heart failure have relied on the use of a composite of hard clinical endpoints to evaluate the efficacy of the treatment arm. This has led to prolonged trials requiring large patient cohorts and extensive funding to reach statistical significance. In this paper, we have explored the potential of currently available circulating and imaging biomarkers associated with heart failure as a surrogate for hard clinical end points in clinical trials. This would be expected to result in shorter trials, smaller patient cohorts and limited funding required. We have subsequently theorized on combining circulating and imaging biomarkers as a surrogate for clinical end points such as hospitalization from heart failure and cardiac mortality.
No takes yet. Share an insight, caveat, or question.
Jaltotage et al. (2021) conducted a review in Heart Failure. Circulating and imaging biomarkers was evaluated. Combining circulating and imaging biomarkers shows potential as a surrogate for hard clinical endpoints like hospitalization and mortality in heart failure, though further validation is required.
Synapse has enriched 10 related papers. Consider them for comparative context: