Description
Overview
HRCT of the Lungs 2020 (CME VIDEOS) offers a comprehensive web lecture series designed to enhance radiologists’ understanding of high-resolution computed tomography (HRCT) imaging of the lungs. This course includes four lectures focused on practical radiologic interpretations of lung diseases, available for on-demand viewing to accommodate your professional schedule.
On-demand Radiology education — accessible anytime, anywhere.
Agenda
This web lecture series provides focused presentations covering key imaging features and diagnostic considerations in lung HRCT.
- HRCT of the Lungs – Cystic Lung Disease — B. Little
- HRCT of the Lungs – Hypersensitivity Pneumonitis — B. Elicker
- HRCT of the Lungs – Micronodules — N. Parkar
- HRCT of the Lungs – Smoking Related Interstitial Lung Disease
Goals and Objectives
After completing this material, learners should be able to:
- Review the most common imaging features of heterogeneous lung;
- Generate a differential diagnosis based on the pattern of micronodules;
- Describe the spectrum of HRCT appearances of hypersensitivity pneumonitis;
- Recognize common HRCT patterns of various smoking-related interstitial lung diseases.
Speakers
This educational activity features expert presentations by recognized educators specializing in lung HRCT imaging and interstitial lung diseases.
Target Audience
The target audience for this activity includes radiologists at all training levels with an interest in HRCT of the lungs.
Why This Topic Matters
HRCT of the Lungs 2020 (CME VIDEOS) addresses critical imaging aspects in the pulmonology and radiology specialties, providing professionals with updated knowledge to improve diagnostic confidence in lung disease assessment. This resource aligns with MedHub Central’s mission to deliver specialized, practical radiologic education.
Radiologists engaged in lung imaging benefit from understanding detailed HRCT patterns, which assists in formulating accurate differential diagnoses and guiding patient management decisions. The course provides clinically relevant content essential for strengthening expertise in respiratory imaging.
