Oakstone UCSF Breast Imaging 2026

Description

Include:  Videos+PDFs

Target Audience: radiologists

Breast Imaging: Advanced Multimodality

Designed for both the clinical radiologist who specializes in breast imaging and the radiologist who has general diagnostic duties, this online video CME program delivers practical, case-based insights across the full spectrum of breast imaging.

UCSF Breast Imaging highlights recent developments, with a strong focus on the use of multimodality imaging and intervention (mammography, ultrasound and MRI), as well as the growing use of tomosynthesis and contrast-enhanced mammography.

Dynamic continuing medical education lectures, challenging cases, and discussion panels will help sharpen diagnostic accuracy and clinical decision-making. Additional topics include:

• BI-RADS 6th edition changes and updates
• Breast ultrasound and palpable lump work-up
• MRI protocols, indications, and challenging case review
• Axillary assessment, staging, and histologic insights
• Medicolegal considerations and malpractice case review

Series Release Date: June 1, 2026
Estimated time to complete activity: 23.0 hours

Learning Objectives

At the conclusion of this activity, the participant will be able to:

• Apply and utilize BI-RADS categories as appropriate, and be aware of changes and updates in the upcoming 6th edition
• Develop a skillful and practical approach to performing and interpreting mammography and breast US
• Understand and implement the growing use of MRI in the clinical setting
• Understand and adopt the current use of tomosynthesis and contrast-enhanced mammography in breast imaging

Intended Audience

Radiologists and physicians from other medical specialties who will benefit from a greater knowledge of imaging protocols, imaging methods and image interpretation.

+ Topics:

Why BI-RADS Matters – Edward Sickles, MD

BI-RADS 6th Edition – Mammography, US, MRI – Jessica Leung, MD

BI-RADS 6th Edition – The Audit – Edward Sickles, MD

Mammographic Analysis of Breast Calcifications – Heather I. Greenwood, MD

Asymmetries and Architectural Distortion in the Era of Tomosynthesis – Jessica Leung, MD

Screening Mammography Case-Based Challenges – Increase your CDR, Decrease Your RR – Heather I. Greenwood, MD

Questions and Discussion – Faculty Panel

BI-RADS for Breast Ultrasound – Lori Strachowski, MD

Imaging of the Male Breast – Rita Freimanis, MD

Work-up of the Palpable Breast Lump – Lori Strachowski, MD

Rad-Path Clinical Correlation – The Final Steps – Lori Strachowski, MD

Intrinsic Subtypes – Enhancing Your Breast Imaging Reads with Radiogenomics – Rita Freimanis, MD

Contrast Enhanced Mammography – Implementation and Cases – Heather I. Greenwood, MD

Questions and Discussion – Faculty Panel

Clinically Relevant AI in Breast Imaging – Bonnie Joe, MD PhD

Breast MRI Diagnostic Indications – Bonnie Joe, MD PhD

The Reconstructed Breast – Lori Strachowski, MD

Breast MRI – Abbreviated vs Full Protocol – Bonnie Joe, MD PhD

Jeopardy – Instructive Breast Imaging Cases – Lori Strachowski, MD

What Can We Learn from Difficult MRI Cases – Bonnie Joe, MD PhD

Questions and Discussion – Faculty Panel

Lymph Node Assessment and Management of the Axilla in the Breast Cancer Patient – Jessica Leung, MD

Updated Understanding of Breast Cancer Histologic Types – Rita Freimanis, MD

Breast Cancer Staging in 2026 – Jessica Leung, MD

Workshop – Challenging Cases 1 – Jessica Leung, MD

Workshop – Challenging Cases 2 – Edward Sickles, MD

Medicolegal Aspects of Breast Imaging Practice – Edward Sickles, MD

Case-Based Review of Potential Malpractice – Edward Sickles, MD

MRI Case Review – What to Biopsy? – Bonnie Joe, MD PhD

Questions and Discussion – Faculty Panel