IndraLab

Statements


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reach
"In summary, the combined effects of the CACNA1C variant to diminish voltage dependent inactivation of Ca V 1.2 and increase window current expand our appreciation of mechanisms by which a gain of function of Ca V 1.2 can contribute to QT prolongation."

reach
"We demonstrate that the arrhythmogenic substrate can be studied with clinically available EAM systems and that it may be quantifiable using advanced metrics, such as the RVI, which offers a clinically validated benchmark to test the efficacy of anti-arrhythmic therapies.Since the seminal work by Splawski et al. demonstrated that the p.Gly406Arg mutation in the exon 8A of CACNA1C impairs Ca 1.2 voltage-dependent inactivation, thus substantially prolonging AP duration in cardiomyocytes, notable advances have been made in the understanding of cellular mechanisms of arrhythmogenesis."