15 PhD theses

ESR 1: “The role of SK channels in healthy and fibrillating atria: in silico modeling of drug binding, calcium dynamics and biophysical properties” ESR 2: “Establishing an AF pig model for electrophysiological and pharmacological investigations” ESR 3: “SK channel inhibition by different mechanisms of action” ESR 4: “Regulation and quantification of atrial ISK“ ESR 5: “Regulation and importance of human atrial SK channels in health and disease” ESR 6: “Atrial action potential frequency dependence and intracellular Ca2+ transients in normal and failing hearts” ESR 7: “Dynamic-clamping of human atrial cells: contribution of ISK to action potential changes in AF” ESR 8: “Multicellular in silico model of AF: Atrial calcium dynamics and electrophysiology from cell to organ at different stages of atrial fibrillation” ESR 9: “From paroxysmal to permanent AF – exploitation of an AF goat model” ESR 10: “Development and exploitation of AF in horses” ESR 11: “Studying atrial and ventricular remodeling in the dish in human iPSC-derived engineered heart tissues” ESR 12: “Cardiotoxicology and therapeutic profiles of novel drugs using human ES-derived cardiomyocytes” ESR 13: “Regulation of IK,Ach in the atria” ESR 14: “Importance of IK,Ach for action potential adaptation and atrial fibrillation” ESR 15: “Treatment of AF by IK,Ach Blockers“