The T-World open-source platform provides predictive simulations of arrhythmia, contraction, drug safety, and disease physiology to bridge cellular mechanisms with organ-level cardiac dynamics.
Virtual human cardiomyocyte and organ-scale simulations
T-World open-source platform
Predictive performance across arrhythmia, contraction, drug safety/mechanisms, and disease physiology
The T-World platform offers a unified, human-specific open-source tool for multiscale cardiac research and the development of cardiac digital twins.
T-World provides a unified, human-specific open-source platform bridging cellular mechanisms with organ-level dynamics and translational outcomes. Its predictive performance across arrhythmia, contraction, drug safety/mechanisms, and disease physiology makes it a powerful tool for multiscale cardiac research, therapeutic discovery, and next-generation cardiac digital twins.
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Tomek et al. (Wed,) reported a other. The T-World open-source platform provides predictive simulations of arrhythmia, contraction, drug safety, and disease physiology to bridge cellular mechanisms with organ-level cardiac dynamics.
www.synapsesocial.com/papers/69d896046c1944d70ce07294 — DOI: https://doi.org/10.1161/circresaha.125.328123
Jakub Tomek
Maxx Holmes
Hector Martinez-Navarro
Circulation Research
University of Oxford
University of California, Davis
University of Leeds
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