CMEScience Chest and Cardiopulmonary Imaging – Marc V. Gosselin, M.D.

Introduction

The CMEScience Chest and Cardiopulmonary Imaging course by Marc V. Gosselin is a focused thoracic radiology educational program designed to strengthen diagnostic interpretation skills in chest and cardiopulmonary imaging. Built around practical radiologic reasoning and real-world imaging application, the course delivers advanced instruction in thoracic CT interpretation, diffuse lung disease analysis, pulmonary vascular imaging, mediastinal pathology, and imaging approaches for critically ill and immunocompromised patients.

Led by Dr. Marc V. Gosselin—thoracic radiologist, former residency director, and faculty member with advanced training from Stanford University—the program emphasizes clinically relevant imaging interpretation strategies that extend beyond textbook pattern recognition. The curriculum focuses on conceptual radiology frameworks, diagnostic efficiency, protocol optimization, and imaging pearls that help clinicians navigate complex cardiopulmonary cases with greater confidence and precision.

The course combines expert video lectures with practical thoracic imaging discussions covering airway disease, pulmonary hypertension, pulmonary embolic disease, diffuse lung pathology, critical care imaging, and cancer-related thoracic imaging applications.

Files Included

The CMEScience Chest and Cardiopulmonary Imaging educational package includes thoracic imaging learning resources designed for practical radiology education.

Included resources:

• Expert-led thoracic radiology video lectures
• Downloadable PDF educational materials
• Chest CT interpretation discussions
• Pulmonary imaging case reviews
• Cardiopulmonary imaging strategy sessions
• Thoracic imaging protocol education
• Practical diagnostic radiology pearls

Additional highlights:

• Release date: February 11, 2021
• Focused chest and cardiopulmonary imaging curriculum
• Conceptual thoracic radiology teaching format
• Self-paced online educational access

These resources support continuing medical education in thoracic radiology, pulmonary imaging, cardiopulmonary CT interpretation, and advanced chest imaging diagnostics.

Why This Course Is Important

Thoracic imaging plays a central role in diagnosing and managing pulmonary disease, cardiovascular pathology, thoracic malignancies, pulmonary vascular disorders, and critical care complications. Advances in multidetector CT, pulmonary angiography, oncologic imaging, and cardiopulmonary diagnostic protocols have significantly expanded the complexity and clinical importance of chest imaging interpretation.

At the same time, radiologists and clinicians must navigate increasingly challenging thoracic imaging presentations involving diffuse lung disease, pulmonary embolism, pulmonary hypertension, airway disorders, immunocompromised hosts, and acute cardiopulmonary emergencies. Accurate diagnosis often depends on integrating imaging patterns with physiology, pathophysiology, and clinical context rather than relying solely on memorized imaging findings.

The CMEScience Chest and Cardiopulmonary Imaging course addresses these challenges through a concept-driven thoracic radiology curriculum emphasizing practical interpretation frameworks, imaging protocol optimization, and clinically relevant diagnostic reasoning.

What Participants Will Learn

Participants completing this course will strengthen their expertise in thoracic radiology interpretation, chest CT analysis, and cardiopulmonary imaging decision-making.

Learning objectives include:

• Applying contemporary imaging techniques for airway disease evaluation
• Improving diagnosis of lung infections and mediastinal masses
• Understanding thoracic imaging protocols for cancer management
• Optimizing CT protocols for cardiovascular imaging
• Interpreting diffuse lung disease using conceptual diagnostic frameworks
• Recognizing imaging findings in pulmonary embolic disease
• Evaluating pulmonary hypertension through imaging analysis
• Improving imaging interpretation in critically ill and immunocompromised patients
• Understanding obstructive pulmonary physiology from an imaging perspective
• Integrating practical imaging pearls into daily thoracic radiology practice

The curriculum integrates thoracic CT interpretation, pulmonary vascular imaging, diffuse lung disease evaluation, cardiopulmonary physiology, and practical diagnostic radiology into a clinically focused educational experience.

Full Course Topics & Lectures

Critical Care & Acute Thoracic Imaging

Critical Care Imaging: What Is Not in the “Books”

Imaging Challenges in Acutely Ill Patients

Advanced Thoracic Imaging Decision-Making

Diagnostic Pitfalls in Critical Care Imaging

Diffuse Lung Disease & Pulmonary Physiology

Conceptual Approach to Diffuse Lung Disease

Obstructive Pulmonary Physiology From the Imaging Perspective

Airway Inflammation and Dynamic Collapse

Advanced Pulmonary Pattern Recognition

Pulmonary Embolic & Vascular Disease Imaging

Pulmonary Embolic Disease: Challenging Conventional Wisdoms and Algorithms

Imaging Approach to Pulmonary Hypertension

Cardiopulmonary Vascular CT Interpretation

Pulmonary Circulation Imaging Strategies

Cardiovascular & Cardiopulmonary Imaging

Outline CT Protocols and Techniques for Cardiovascular Disease

Cardiopulmonary Imaging Interpretation

Cardiovascular CT Optimization

Thoracic Vascular Imaging Techniques

Thoracic Oncology & Mediastinal Imaging

Thoracic Radiologic Procedures for Clinical Cancer Management

Mediastinal Mass Evaluation

Oncologic Chest Imaging Strategies

Advanced Thoracic Tumor Imaging

Practical Thoracic Radiology Pearls

Medical Mythology and Cardiopulmonary Imaging

Pulmonary Imaging Pearls – Lateral Radiograph and Pleura

Radiographic Approach to Acquired Cardiopulmonary Disease

High-Yield Thoracic Imaging Concepts

Imaging in Immunocompromised Patients

The Immunocompromised Patient: A Conceptual Primer for the Radiologist

Opportunistic Infection Imaging Patterns

Complex Thoracic Infection Interpretation

Imaging Strategies in Immunosuppressed Patients

Educational Experience & Learning Features

The CMEScience Chest and Cardiopulmonary Imaging course combines conceptual thoracic radiology education with clinically practical imaging interpretation strategies.

Educational features include:

• Expert-led thoracic radiology video lectures
• Downloadable PDF educational materials
• Concept-based imaging interpretation instruction
• Pulmonary CT and chest radiograph reviews
• Critical care imaging discussions
• Pulmonary vascular imaging education
• Diffuse lung disease diagnostic frameworks
• Thoracic oncology imaging updates
• Practical imaging pearls and diagnostic strategies
• Flexible self-paced online learning access

The curriculum integrates chest radiology, pulmonary imaging, cardiopulmonary CT interpretation, thoracic oncology, and practical diagnostic reasoning into a focused educational platform.

Who Should Take This Course

The CMEScience Chest and Cardiopulmonary Imaging course is intended for clinicians and imaging specialists involved in thoracic and cardiopulmonary imaging interpretation.

This course is especially valuable for:

• Radiologists
• Thoracic radiologists
• Pulmonologists
• Cardiologists
• Critical care physicians
• Emergency medicine physicians
• Internal medicine physicians with imaging interests
• Radiology residents and fellows
• Clinicians seeking advanced chest imaging interpretation skills

The curriculum is particularly relevant for clinicians seeking practical expertise in thoracic CT interpretation, pulmonary vascular imaging, diffuse lung disease analysis, and advanced chest radiology.

Clinical Applications & Practice Benefits

The course provides clinically practical thoracic imaging education focused on improving diagnostic accuracy, protocol selection, and imaging interpretation efficiency.

Participants gain practical insight into:

• Diffuse lung disease evaluation
• Pulmonary embolism CT interpretation
• Pulmonary hypertension imaging assessment
• Airway disease and obstructive physiology imaging
• Thoracic oncology imaging strategies
• Mediastinal mass evaluation
• Critical care thoracic imaging interpretation
• Imaging of immunocompromised patients
• Cardiovascular CT protocol optimization
• Advanced chest radiology diagnostic reasoning

The educational content strengthens diagnostic confidence while supporting improved thoracic imaging interpretation and patient management.

Professional Summary

The CMEScience Chest and Cardiopulmonary Imaging course by Marc V. Gosselin provides a focused and clinically practical review of modern thoracic radiology, pulmonary imaging, and cardiopulmonary CT interpretation.

Through expert-led lectures and concept-driven imaging discussions, the curriculum explores diffuse lung disease, pulmonary embolism, pulmonary hypertension, thoracic oncology, critical care imaging, airway disease, and advanced chest radiology interpretation strategies.

Its combination of practical imaging pearls, conceptual diagnostic frameworks, and clinically relevant thoracic imaging education makes this program a valuable educational resource for radiologists, pulmonologists, cardiologists, and clinicians seeking advanced expertise in chest and cardiopulmonary imaging.