Why the study?
Cardiac conduction velocity and its anisotropy ratio are crucial to normal conduction and pathological arrhythmogenesis, but synthesized data to guide parameter selection in cardiac modeling were needed.
Population
Human infarct hearts and animal models
Design
Comprehensive review
Authors
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CV anisotropy refines arrhythmia substrate assessment; leaves open targeted interventions pending prospective validation.
This comprehensive review synthesizes cardiac conduction velocity and conductivity values across human and animal models to guide the selection of standardized parameters for patient-specific computational arrhythmia modeling.
Fu et al. (2024) studied this question.
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