Advanced Cardiac Imaging: Cardiac Magnetic Resonance (CMR)

This module introduces students to common cardiac MR sequences, along with the physics and applications behind these sequences. It covers the fundamentals of how to acquire cardiac MR imaging planes, the basic physics principles of cardiac magnetic resonance imaging, and the properties of contrast agents used in CMR procedures. Students will develop a foundation in understanding how different CMR sequences are used to visualize cardiac structures.

This module focuses on the assessment and analysis of ventricular function, Late Gadolinium Enhancement (LGE), and T2* imaging techniques. Students will learn how to evaluate cardiac function parameters and recognize pathological patterns in various imaging sequences. The module also provides an overview of common cardiac diseases, particularly coronary artery disease and different types of cardiomyopathies, emphasizing their characteristic imaging appearances.

This module covers specialized CMR techniques for evaluating various cardiac and vascular conditions. Topics include stress perfusion imaging for coronary artery disease assessment, CMR sequences for aortopathy evaluation, imaging approaches for pericarditis (with or without constriction), and methods for valvular disease examination. Students will learn to recognize characteristic imaging patterns and apply appropriate protocols for different clinical scenarios.

This module explores the role of CMR in diagnosing and evaluating congenital heart disease. Students will learn specialized scanning techniques and protocols adapted for babies and children, understanding the unique challenges and considerations in pediatric cardiac imaging. The module covers common congenital anomalies, their imaging appearances, and the clinical indications for CMR in the pediatric population.

This module introduces students to cutting-edge advances in cardiac MRI technology and techniques. Topics covered include exercise CMR, T1/T2 mapping for tissue characterization, applications of artificial intelligence in cardiac imaging, and feature tracking for myocardial mechanics assessment. Students will gain insight into emerging technologies and methodologies that are shaping the future of cardiovascular magnetic resonance imaging.

This practical module provides hands-on experience in reviewing real clinical cases, including stress CMR with X-ray catheter angiography correlation. Through tutorial videos provided each week, students will learn to apply their theoretical knowledge to actual patient cases, developing practical skills in CMR interpretation and diagnosis. This module bridges the gap between theoretical understanding and clinical application of cardiac magnetic resonance imaging.