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Bioelectricity Electrophysiology

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Bioelectricity Electrophysiology

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Research Frontiers in Ion Channel Dysfunction in Genetic Arrhythmias

Investigation of pathogenic mutations in voltage-gated sodium, potassium, and calcium channels underlying long QT and Brugada syndromes.

Allosteric Gating Mechanisms in Cardiac Ion Channel Mutations
Non-canonical Ion Selectivity at the Arrhythmogenic Interface
Protein Trafficking Defects in Channelopathy-Driven Sudden Cardiac Death
Dynamic Voltage Sensing in Inherited Long QT Syndromes
RNA Editing and Post-translational Modification in Arrhythmia Susceptibility
Compensatory Electrical Remodeling in Familial Brugada Syndrome
Conformational Instability and Loss-of-Function in Calcium Channelopathies
Biophysical Heterogeneity at Single-Channel Resolution in Catecholaminergic Polymorphic Ventricular Tachycardia
Genotype-Phenotype Dissociation in Exercise-Triggered Arrhythmogenic Ion Channel Variants
Lipid Microenvironment Dependency in Inherited Potassium Channel Dysfunction

All Bioelectricity & Electrophysiology PhD categories