<div dir="ltr"><div dir="ltr">Dear PhD students,<br><br>On April 10, the PhD course <b>“Single-Cell Modeling of Cardiac Electrophysiology” </b>will begin.<br><b>Lecturer: Dr. Alessandro Trancuccio, MD, PhD</b><br>Referent: Prof. Luca Pavarino, PhD<br><div><br><b>Course Description:</b><br>The course aims to provide PhD students with a comprehensive understanding of the theoretical and practical aspects of cardiac electrophysiology at the single-cell level. The program will cover the physiological bases of cardiac action potential generation, the role of ion channels, and how these mechanisms can be mathematically modeled to simulate cardiac cell behavior. The course will integrate theoretical lectures with hands-on computational modeling activities using programming tools such as MATLAB.</div><div><ul><li>Duration: 16 hours (4 CFU)</li><li>Location: Sala Biblioteca, Dipartimento di Matematica</li><li>More information in the attached file.</li></ul></div><div><b>To register, please fill out your name at <a href="https://forms.gle/4n6GKC1tTWoTjP348">https://forms.gle/4n6GKC1tTWoTjP348</a></b></div><div><br></div><div>Schedule:<br><ul><li>10/04/2025 h16:00-18:00 - Lesson 1: Basic Principles of Cardiac Anatomy and Physiology </li><li>30/04/2025 h16:00-18:00 Lesson 2: Basic Principles of the Cardiac Action Potential </li><li>08/05/2025 h16:00-18:00 Lesson 3: Basic Principles of Patch-Clamp Experiments </li><li>15/05/2025 h16:00-18:00 Lesson 4: Ion Channels Gating: Hodgkin-Huxley (HH) and Markov Formulations </li><li>22/05/2025 h16:00-18:00 Lesson 5: Modeling Cardiac Ion Channels: Depolarizing Currents </li><li>29/05/2025 h16:00-18:00 Lesson 6: Modeling Cardiac Ion Channels: Repolarizing Currents </li><li>05/06/2025 h16:00-18:00 Lesson 7: Modeling Calcium Cycling and EC Coupling </li><li>12/06/2025 h16:00-18:00 Lesson 8: Modeling Cardiac Ventricular Action Potential </li></ul></div></div>
</div>