Mark D. Murphey, MD, FACR
Professor of RadiologyUniformed Services University of the Health SciencesMain Content
AIRP Advanced Rad-Path Case Review Conference
Broaden exposure to diverse cases, enhance diagnostic skills and foster networking among peers and faculty.
Registration Details
Sept. 14–18, 2026
Silver Spring, Maryland
Up to 40.0 AMA PRA Category 1 Credit(s)
In-Person
Starting at $1500 per course. Discounted rates available for ACR members, ACR members in-training and past AIRP four-week course participants.
This one-week Radiologic Pathology Case Review Conference offers advanced, case-based learning for R4 residents, fellows and practicing physicians. It broadens the exposure to complex radiologic-pathologic cases, strengthen diagnostic reasoning and interpretive skills and foster networking among participants and faculty.
Course Overview
The One-Week Radiologic Pathology Case Review Conference is designed to provide advanced case-based learning for R4 residents and fellows. Building on the foundation of the 4-week R3 course, these new week-long, in-person programs will broaden exposure to diverse cases, enhance diagnostic skills, and foster networking among peers and faculty.
Discounted rate is available for participants who have completed the 4-week R3 course. To increase accessibility, one course will be hosted in Silver Spring, and the other may rotate across Midwest and West Coast locations.
Learning Objective:
Upon completion of the 1 Week Case Review Conference, participants will be able to:
- Analyze and interpret a broad range of radiologic pathology cases to expand their diagnostic proficiency.
- Apply case-based learning strategies to strengthen their preparation for the radiology practice and the oral board examination.
- Engage in professional networking and collaborative discussions with peers and faculty to enhance lifelong learning and practice.
- Integrate radiologic-pathologic correlations into clinical decision-making for improved patient care.
- Recognize and differentiate common and uncommon radiologic patterns across multiple organ systems using pathologic correlation.
