Case Based Imaging Review Online Course, web
06/01/2026

Online Course Package With Book

This Review Course provides practice-based education for all radiologists at all levels to learn and refresh themselves on common topics in 11 radiology disciplines including 176 traditional case reviews. This package also includes the accompanying book with the history, demographics, imaging findings, and teaching points for each case—shipped at no additional cost.

Earn credit at your own pace through May 31, 2022 and continue to access your videos until June 1, 2026. See below for detailed information and learning outcomes.

This course offers 22 CME and Self-Assessment Credits following completion of an online test.

ARRS Member price: $695
ARRS In-Training Member price: $349
Nonmember price: $1,399

Video content for this Online Course will be available to view until June 1, 2026, which is ten years following the issuance date of this course. ARRS reserves the right to remove video content before the end of the ten year period. Video content that contradicts current science or misleads the viewer based on changes to accepted clinical practice may be removed on a case-by-case basis.

Learning Outcomes and Modules

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

• develop differential diagnoses for conditions in 11 radiology subspecialties
• recognize the imaging and clinical features that allow for refinement of differential diagnosis, allowing for a more specific diagnosis
• recognize some commonly encountered imaging artifacts in the subspecialties and describe why they occur and the techniques to avoid them
• outline management decisions affecting a variety of commonly encountered clinical scenarios

Module 1 — Breast Imaging

• Best ARRS Case Based Breast Imaging—Tanya W. Moseley, MD
• RadPath Correlation—Jennifer Kohr, MD
  
• Male Breast Cancer and Pregnant Lactating Patient—Phan T. Huynh, MD
  
• Breast MRI—Beatriz E. Adrada, MD
  
• Breast Masses—Mai Elezaby, MD
• DBT and Screening Breast US for Dense Breasts—Stamatia V. Destounis, MD

Module 2 — Cardiac Imaging

• Cardiac Masses—Sanjeev Bhalla, MD
• Non-Ischemic Disease—Karen G. Ordovas, MD
• Ischemic Disease—Amar B. Shah, MD
• Congenital Disease—Jared Dean Christensen, MD
  
• Vascular—Travis S. Henry, MD
• Pericardial Disease—Kristopher Cummings, MD

Module 3 — Genitourinary Imaging

• Renal Calcification: Differential Diagnosis—Matthew T. Heller, MD
• Adrenal and Retroperitoneum—Mittul Gulati, MD
• Female Pelvis—Ania Kielar, MD
• Male Pelvis—Maria A. Manning, MD
• Kidneys, Ureters, Bladder—Frederico Ferreira Souza, MD
• Dual-Energy CT: Renal Applications—Matthew T. Heller, MD

Module 4 — Gastrointestinal Imaging

• Small Bowel—Peter Shou-Cheng Liu, MD
• Biliary Cases—Myra K. Feldman, BS, MD
• Stomach and Esophagus—Neil Hansen, MD
• Pancreas—Ryan O'Malley, MD
• Liver—Shane A. Wells, MD
• Contemporary Issues in MR Enterography—Peter Shou-Cheng Liu, MD

Module 5 — Chest Imaging

• Interstitial Lung Disease in Collagen Vascular Disease—Jonathan Hero Chung, MD
• Post-Surgical Cases—Stephen Blake Hobbs, MD
• Infections—Christopher Lee, MD
• Cystic Lung Disease—Christian W. Cox, MD
• Pulmonary Fibrosis—Christopher Michael Walker, MD
• Smoking-Related Lung Disease—Jonathan Hero Chung, MD

Module 6 — Ultrasound

• Waveform Recognition in Carotid Doppler—Shweta Bhatt, MD
• General Abdomen—Nirvikar Dahiya, MD
• Gynecologic Ultrasound—Shweta Bhatt, MD
• Vascular Ultrasound—Corinne Deurdulian, MD
• Obstetric Ultrasound—Anne M. Kennedy, MD
• Pearls and Pitfalls of Carotid Doppler—Corinne Deurdulian, MD 

Module 7 — Musculoskeletal Imaging

• Dual Energy Computed Tomography in MSK Imaging—Jason W. Stephenson, MD
• Hands and Feet—Daniel E. Wessell, MD
• Chest Wall and Abdominopelvic Core—Jonathan C. Baker, MD
• Hip to Ankle—Jennifer L. Pierce, MD
• Shoulder to Wrist—Ambrose J. Huang, MD
• Dynamic Assessment MSK Ultrasound—Jason W. Stephenson, MD

Module 8 — Vascular and/or Interventional Radiology

• Update on Endovascular Aneurysm Repair—Sailendra G. Naidu, MD
• Arterial—Elizabeth A. Ignacio, MD
• Venous—Nael Saad, MD, Bch
• Non-Vascular—Robert P. Liddell, MD
• Interventional Oncology—J. Mark McKinney, MD
• Pulmonary Vascular Interventions—Sailendra G. Naidu, MD 

Module 9 — Nuclear Medicine

• Update on Clinical PET/MRI—Jonathan Edward McConathy, MD, PhD
• PET-CT—David Naeger, MD
• GI/GU Nuclear Medicine—Spencer Behr, MD
• Endocrine and Thoracic Nuclear Medicine—Vasantha D. Aaron, MD
• Whole Body Imaging—Jon A. Baldwin, DO, MBS
• Radionuclide Therapy—Jonathan Edward McConathy, MD, PhD

Module 10 — Pediatric Medicine

• Dedicated Pediatric Ultrasound for MSK—Janet R. Reid, MD
• Genitourinary Imaging—David Saul, MD
• Gastrointestinal Imaging—Jeffrey Parke Otjen, MD
• Chest—David M. Biko, MD
• Musculoskeletal—Nancy A. Chauvin, MD
• Dedicated Pediatric Ultrasound for Bowel—Janet R. Reid, MD

Module 11 — Neuroradiology

• Basic Approach to Leukodystrophies—Sumit Pruthi, DNB
  
• Spine Cases—Frank J. Minja, MD
  
• ENT Cases—Kristen M. Baugnon, MD
  
• Imaging of Lysosomal and Peroxisomal Disorders—Sumit Pruthi, DNB
  
• Emergency Neuroradiology—Kathleen R. Tozer Fink, MD
  
• Brain Cases—Lubdha M. Shah, MD
  

The American Roentgen Ray Society (ARRS) is accredited by the Accreditation Council for Continuing Medical Education (ACCME) to provide continuing medical education activities for physicians.

The ARRS designates this enduring material for a maximum of 22 AMA PRA Category 1 Credit(s)^™ and 22 American Board of Radiology, MOC Part II, Self-Assessment CME (SA-CME) credits. Physicians should claim only the credit commensurate with the extent of their participation in the activity.

View the ARRS Return Policy.

Canadian Credit

The ARRS Online Categorical Course is an Accredited Self- Assessment Program (Section 3) as defined by the NEW Maintenance of Certification program (MOC) of the Royal College of Physicians and Surgeons of Canada (RCPSC), and has been approved by the Canadian Association of Radiologists (CAR) for a maximum of 2 credit hours per module.

The RCPSC recording system (MAINPORT) will automatically convert the credit hours for this program to three credits per claimed hour (2 hours x 3 = 6 credit hours).

Physicians should only claim credits commensurate with the extent of their participation in the activity.

Accreditation services do not imply endorsement of opinions presented during this activity.