Why the study?
Conventional surveillance using serial LVEF often detects cancer therapy-related cardiac dysfunction only after irreversible remodeling has occurred, leaving early differentiation of reversible myocardial dysfunction from permanent structural injury an unmet need.
Design
Narrative review
Key result
Artificial intelligence models show improved sensitivity over conventional surveillance for identifying subclinical chemotherapy-induced myocardial dysfunction and predicting its reversibility.
Authors
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May aid differentiation of reversible from irreversible chemotherapy-induced injury; hypothesis-generating pending prospective validation.
Adrejiya et al. (2026) studied this question. Artificial intelligence models show improved sensitivity over conventional surveillance for identifying subclinical chemotherapy-induced myocardial dysfunction and predicting its reversibility.