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Methodsx|December 13, 2016
LongQt: A cardiac electrophysiology simulation platformBirce Onal, Daniel Gratz, Thomas HundFrontiers in Pharmacology|March 3, 2020
Challenges and Opportunities for Therapeutic Targeting of Calmodulin Kinase II in HeartDrew Nassal, Daniel Gratz, Thomas J HundAmerican Journal of Physiology. Heart and Circulatory Physiology|August 27, 2017
Ca2+/calmodulin-dependent kinase II-dependent regulation of atrial myocyte late Na+ current, Ca2+ cycling, and excitability: a mathematical modeling studyBirce Onal, Daniel Gratz, Thomas J HundCells|July 2, 2021
Statistical Approach to Incorporating Experimental Variability into a Mathematical Model of the Voltage-Gated Na+ Channel and Human Atrial Action PotentialDaniel Gratz, Alexander J Winkle, Seth H Weinberg, et al.Expert Opinion on Therapeutic Targets|November 10, 2020
Emerging therapeutic targets for cardiac arrhythmias: role of STAT3 in regulating cardiac fibroblast functionNehal J Patel, Drew M Nassal, Daniel Gratz, et al.Methodsx|January 1, 2020
Computational tools for automated histological image analysis and quantification in cardiac tissueDaniel Gratz, Alexander J Winkle, Alyssa Dalic, et al.Journal of Cardiovascular Development and Disease|May 5, 2021
Regulation of Cardiac Conduction and Arrhythmias by Ankyrin/Spectrin-Based Macromolecular ComplexesDrew Nassal, Jane Yu, Dennison Min, et al.Expert Opinion on Therapeutic Targets|January 25, 2022
Emerging therapeutic targets for cardiac hypertrophyAlexander J Winkle, Drew M Nassal, Rebecca Shaheen, et al.JCI Insight|September 25, 2019
βIV-Spectrin/STAT3 complex regulates fibroblast phenotype, fibrosis, and cardiac functionNehal J Patel, Drew M Nassal, Amara D Greer-Short, et al.Circulation Research|January 4, 2019
Protein Phosphatase 2A Regulates Cardiac Na+ ChannelsMona El Refaey, Hassan Musa, Nathaniel P Murphy, et al.Pageof 2