UCSF Radiology Review Comprehensive Imaging 2026

The UCSF Radiology Review Comprehensive Imaging 2026 is an extensive, case-based educational program designed to provide a practical and comprehensive review of diagnostic imaging across the major radiology subspecialties.

Featuring expert-led lectures, clinically relevant cases, rapid-fire reviews, and CORE-style teaching, this comprehensive UCSF radiology program helps learners strengthen image interpretation, differential diagnosis, imaging protocol selection, patient safety, and clinical decision-making.

The course covers abdominal and pelvic imaging, neuroradiology, musculoskeletal radiology, breast imaging, pediatrics, thoracic imaging, ultrasound, nuclear medicine, interventional radiology, radiation safety, and non-interpretive skills.

With approximately 35 hours of educational material, the UCSF Radiology Review Comprehensive Imaging 2026 is particularly useful for radiologists, residents, fellows, physicians, and other medical professionals seeking a structured radiology review or preparing for board-style examinations.

Course Details

Course: UCSF Radiology Review Comprehensive Imaging 2026
Original Release: August 16, 2026
Duration: Approximately 35 Hours
Included Content: 66 Video Lectures + 1 PDF
Specialty: Radiology / Diagnostic Imaging
Format: Digital Educational Course
Target Audience: Radiologists, physicians, residents, fellows, and other medical professionals

Focused, Case-Based Radiology Review

The program takes a practical, case-oriented approach to radiology education.

In addition to traditional didactic lectures, the course incorporates rapid-fire cases and CORE-style review sessions, allowing learners to reinforce pattern recognition and develop more systematic approaches to image interpretation.

Major areas covered include:

• Abdomen & Pelvis
• Gastrointestinal Imaging
• Genitourinary Imaging
• Neuroradiology
• Neurovascular Imaging
• Musculoskeletal Radiology
• Breast Imaging
• Obstetric & Gynecologic Imaging
• Ultrasound
• Pediatric Radiology
• Thoracic Imaging
• Cardiac Imaging
• Nuclear Medicine
• Interventional Radiology
• Radiation Safety
• CT & MR Safety
• Quality Assurance
• Non-Interpretive Skills

What Is Included?

The UCSF Radiology Review Comprehensive Imaging 2026 package contains:

✓ 66 Video Lectures
✓ 1 PDF
✓ Approximately 35 Hours of Educational Content
✓ Case-Based Radiology Teaching
✓ Rapid-Fire Review Sessions
✓ CORE-Oriented Cases
✓ Multiple Major Radiology Subspecialties

Learning Objectives

After completing the program, participants should be better able to:

• Identify imaging fundamentals across major radiology subspecialties.
• Select appropriate imaging modalities such as CT, MRI, ultrasound, PET, and mammography for different medical conditions.
• Implement appropriate imaging protocols for common clinical presentations.
• Recognize indications and important markers for interventional procedures.
• Assess outcomes associated with interventional procedures.
• Apply pathophysiological mechanisms to formulate appropriate differential diagnoses.
• Refine imaging criteria to improve image quality and diagnostic interpretation.
• Review important principles related to imaging safety and quality assurance.

Complete Course Topics

Abdomen, Pelvis, GI & GU

Bowel and Abdomen — Joseph Leach, MD PhD
Rapid-Fire Pancreatic CORE Cases — Sina Houshmand, MD
Liver Disease — Cheng Hong, MD
Biliary Tract — Michael Ohliger, MD PhD
Splenic Masses — Emily Webb, MD
Mesentery — Derek Sun, MD
Fluoroscopy — Omar Hassan, MD
Benign Gynecologic Disease — Joelle Harwin, MD
Malignant Gynecologic Disease — Omar Hassan, MD
Rapid-Fire Renal CORE Cases — Omar Hassan, MD
Renal and Adrenal Masses — Jane Wang, MD
Bladder, Prostate, Urethra — Sean Woolen, MD MS
Rapid-Fire Cases – GI and GU — Joseph Leach, MD PhD

Thoracic & Cardiac Imaging

Congenital Cardiac Anomalies and Post-Repair — YooJin Lee, MD
Patterns of Lung Diseases — Maya Vella, MD
Pleura and Mediastinal Masses — Jonathan Liu, MD
Lung CA and Metastases — Jae Ho Sohn, MD
Imaging of Airways Disease — Maya Vella, MD
Rapid-Fire Cases – Chest X-rays — Maya Vella, MD

Breast Imaging

Masses and Asymmetries — Jessica Hayward, MD
Calcifications — Heather Greenwood, MD
Palpable Lumps — Amie Lee, MD
Breast MRI — Tatiana Kelil, MD
Breast US — Lori Strachowski, MD
Rad-Path Correlation — Lori Strachowski, MD
Rapid-Fire Breast Cases — Shirley Chou, MD MPH
Breast Imaging – Multiple Choice Galore — Elissa Price, MD

Pediatric Radiology

Pediatric Chest — Taylor Chung, MD
Pediatric MSK — Bamidele Kammen, MD
Pediatric GU — Kayla Cort, MD
Pediatric Emergencies — Raymond Sze, MD

Neuroradiology & Neurovascular Imaging

Neurovascular Anatomy – Normal and Malformations — Masis Isikbay, MD
Cerebrovascular Diseases – Infarcts and Hemorrhages — Allen Ye, MD
Brain Core Cases – Supratentorial — Soonmee Cha, MD
Pediatric Neuro Diseases — Weiya Mu, MD
Head and Neck Primer — Elizabeth George, MBBS
Degenerative Spinal Diseases — Jason Talbott, MD PhD
Spine Core Cases — Charlie Wang, MD PhD
4th Ventricular Masses – Rapid-Fire Exam Review — Masis Isikbay, MD
ABR Core – Non-Interpretive Skills — Soonmee Cha, MD

Ultrasound & Women’s Imaging

Rapid-Fire Cases – Ultrasound — Lori Strachowski, MD
Liver/Renal Doppler — Joseph Leach, MD PhD
1st Trimester — Joelle Harwin, MD
Uterus and Adnexa US — Alyssa Kirsch, MD
2nd and 3rd Trimesters — Shital Gandhi, MD
Abdominal GI US Cases – What You Need to Know — Hailey Choi, MD
Male GU — Derek Sun, MD
Ultrasound – Technical Tips and Artifacts — John Mongan, MD PhD

Nuclear Medicine, Safety & Interventional Radiology

MR and CT Safety — John Mongan, MD PhD
Nuclear Medicine – Rapid-Fire Cases — Thomas Yohannan, MD
Nuclear Medicine Quality and Safety Part 1 — Yingbing Wang, MD
Nuclear Medicine Quality and Safety Part 2 — Spencer Behr, MD
Angiographic Anatomy — Vishal Kumar, MD
Venous and Lymphatic Interventions — Jaehoon Shin, MD PhD
Biliary, Renal and Oncologic Interventions — Ryan Kohlbrenner, MD
Patient Care in IR – Informed Consent, Sedation, Contrast, Medication — Andrew Taylor, MD, PhD
Nuclear Medicine Part 1 – GI, GU, MSK, and QA — Yingbing Wang, MD
Nuclear Medicine Part 2 – Cardiac, PET, and Thyroid — Roxanna Juarez, MD

Musculoskeletal Radiology

Metabolic Bone Disease — Daria Motamedi, MD
Bone Tumors Rapid-Fire Cases — Matthew Bucknor, MD
Arthritis — Thomas Link, MD PhD
Trauma/Post-Op MSK — Jonathan Friedman, MD
Congenital – Normal Variants — Kevin Sweetwood, MD
Infection – Bone Marrow — Michael Parsa, MD
Rapid-Fire MSK Cases — Ellen Chang, MD

Additional CORE Review

Abdomen and Chest CORE Cases — Stephen Wahlig, MD

Who Should Consider This Course?

The UCSF Radiology Review Comprehensive Imaging 2026 is designed for medical professionals seeking a broad and clinically focused radiology review, including:

• Radiologists
• Radiology residents
• Radiology fellows
• Physicians
• Diagnostic imaging professionals
• Medical professionals preparing for radiology examinations
• Learners looking for a comprehensive radiology refresher

Why This Course Is Useful

One of the major advantages of the UCSF Radiology Review Comprehensive Imaging 2026 is the breadth of material included within a single program.

Instead of concentrating on only one subspecialty, the course brings together abdominal imaging, neuroradiology, breast imaging, MSK, pediatrics, thoracic imaging, ultrasound, nuclear medicine, interventional radiology, safety, and non-interpretive skills.

The combination of didactic teaching and rapid-fire case review can also help learners reinforce important imaging patterns and differential diagnoses.