Key result
Computer models of cardiac tissue have evolved over four decades to provide insights into arrhythmia mechanisms and engineer new therapies, though challenges remain for clinical translation.
This historical review highlights the evolution and future challenges of computer models for cardiac electrophysiology as they transition toward clinical application.
Cardiac models advance arrhythmia insights; leaves open clinical translation amid ongoing challenges.
The last four decades have produced a number of significant advances in the developments of computer models to simulate and investigate the electrical activity of cardiac tissue. The tissue descriptions that underlie these simulations have been built from a combination of clever insight and careful comparison with measured data at multiple scales. Tissue models have not only led to greater insights into the mechanisms of life-threatening arrhythmias but have been used to engineer new therapies to treat the consequences of cardiac disease. This paper is a look back at the early years in the cardiac modeling and the challenges facing the field as models move toward the clinic.
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Craig S. Henriquez (2014) conducted a review in Cardiac arrhythmias. Computer models of cardiac tissue was evaluated. Computer models of cardiac tissue have evolved over four decades to provide insights into arrhythmia mechanisms and engineer new therapies, though challenges remain for clinical translation.
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