MRI Online Mastery Series: Fundamentals of Cardiac MRI 2021

Comprehensive Introduction to Cardiac MRI Imaging, Protocols & Clinical Applications

MRI Online Mastery Series: Fundamentals of Cardiac MRI 2021 is a focused educational program designed to provide healthcare professionals with a practical foundation in cardiovascular magnetic resonance imaging (CMR). Led by renowned cardiac imaging expert Dr. Stefan Zimmerman, this course delivers a step-by-step review of essential cardiac MRI principles, imaging protocols, anatomical interpretation, tissue characterization techniques, and clinical applications used in modern cardiovascular medicine.

Through case-based instruction and practical imaging examples, participants learn how to perform, interpret, and understand cardiac MRI examinations for the assessment of ischemic heart disease, cardiomyopathies, myocardial viability, congenital heart disease, and various structural cardiac abnormalities. The course emphasizes image acquisition, protocol selection, and interpretation strategies that can be immediately applied in clinical practice.

Designed for radiologists, cardiologists, cardiac imaging specialists, fellows, residents, and healthcare professionals involved in cardiovascular imaging, this program serves as an excellent introduction to the rapidly expanding field of cardiac MRI.

Course Overview

Cardiac MRI has become one of the most powerful non-invasive imaging modalities for evaluating cardiac anatomy, ventricular function, myocardial tissue characterization, perfusion, viability, and congenital heart disease. Understanding the fundamentals of cardiac MRI is essential for clinicians and imaging specialists seeking to optimize cardiovascular diagnosis and patient management.

This comprehensive mastery series reviews the core principles of cardiovascular MRI, including cine imaging, black blood imaging, phase contrast techniques, late gadolinium enhancement (LGE), T1 and T2 mapping, T2* imaging, and advanced tissue characterization methods. Participants will learn how to recognize normal cardiac anatomy, identify pathological findings, and differentiate ischemic from non-ischemic myocardial disease.

Learning Objectives

Upon completion of this course, participants will be able to:

• Understand the fundamental principles of cardiac MRI.
• Apply standard cardiac MRI protocols in clinical practice.
• Identify normal cardiac anatomy on MRI examinations.
• Interpret cine MRI images for ventricular function assessment.
• Utilize black blood and bright blood imaging techniques.
• Understand the role of phase contrast imaging in cardiovascular evaluation.
• Assess myocardial viability using late gadolinium enhancement imaging.
• Apply T1 and T2 mapping techniques for tissue characterization.
• Recognize iron overload and other abnormalities using T2* imaging.
• Differentiate ischemic from non-ischemic cardiomyopathies.
• Evaluate myocardial infarction transmurality and viability.
• Improve diagnostic confidence in cardiovascular MRI interpretation.

Program Curriculum

Introduction to Cardiac MRI

• Fundamentals of cardiac imaging
• MRI principles in cardiovascular medicine
• Clinical indications for cardiac MRI

Cardiac MRI Protocols

• Standard examination protocols
• Patient preparation
• Sequence selection and optimization

Bright Blood Cine Imaging

• Ventricular function assessment
• Wall motion evaluation
• Cardiac chamber analysis

Black Blood Cardiac MRI

• Anatomical assessment
• Structural cardiac evaluation
• Vessel wall imaging

Phase Contrast Imaging

• Blood flow quantification
• Valvular assessment
• Hemodynamic evaluation

Late Gadolinium Enhancement (LGE)

• Myocardial viability imaging
• Scar assessment
• Fibrosis detection

T1 Mapping

• Tissue characterization
• Diffuse fibrosis evaluation
• Cardiomyopathy assessment

T2 Mapping

• Myocardial edema detection
• Inflammatory heart disease
• Acute myocardial injury evaluation

T2* Cardiac MRI

• Iron overload assessment
• Hemochromatosis evaluation
• Quantitative myocardial analysis

Segmental Cardiac MRI

• Segmental anatomy review
• Regional myocardial assessment
• Functional analysis

Transmurality Assessment

• Infarct characterization
• Viability determination
• Revascularization planning

Ischemic vs Non-Ischemic Heart Disease

• Pattern recognition
• Cardiomyopathy differentiation
• Clinical decision-making strategies

Who Should Attend?

This course is ideal for:

• Cardiologists
• Cardiac Imaging Specialists
• Radiologists
• Cardiovascular Radiologists
• Cardiology Fellows
• Radiology Residents
• Internal Medicine Physicians
• Advanced Practice Providers
• Echocardiographers expanding into CMR
• Healthcare professionals interested in cardiac imaging

Why This Course Stands Out

✔ Practical introduction to cardiac MRI

✔ Case-based learning approach

✔ Comprehensive protocol review

✔ Advanced tissue characterization techniques

✔ Myocardial viability assessment training

✔ Ischemic vs non-ischemic disease differentiation

✔ Expert instruction by Dr. Stefan Zimmerman

✔ Ideal for beginners and intermediate learners

✔ Clinical application-focused education

✔ Strong foundation for advanced CMR practice