UCSF Breast Imaging on the Big Island Hawaii 2026

UCSF Breast Imaging on the Big Island Hawaii 2026

Advanced Breast Imaging, BI-RADS 6th Edition Updates & Multimodality Breast Diagnosis

The UCSF Breast Imaging on the Big Island Hawaii 2026 course provides a comprehensive and practical update on modern breast imaging, emphasizing evidence-based diagnostic strategies, advanced imaging technologies, and contemporary breast cancer detection techniques.

Held from February 8–13, 2026, this prestigious educational program is designed for both dedicated breast imaging specialists and general radiologists who interpret breast studies in clinical practice. The course focuses on improving diagnostic confidence, image interpretation skills, and clinical decision-making through expert-led lectures, challenging case reviews, panel discussions, and interactive educational sessions.

Special emphasis is placed on multimodality breast imaging, including mammography, breast ultrasound, breast MRI, digital breast tomosynthesis (DBT), contrast-enhanced mammography (CEM), and the implementation of the latest BI-RADS 6th Edition updates.

Course Features

• 30 Video Lectures

• 30 VTT Subtitle Files

• 27 PDF Presentations

• Total Size: 15.7 GB

• Expert UCSF Faculty

• Challenging Case Review Sessions

• Interactive Faculty Panel Discussions

• Multimodality Breast Imaging Education

• BI-RADS 6th Edition Updates

• Optional Workstation-Based Case Reviews

Target Audience

This course is ideal for:

• Breast Imaging Radiologists

• Diagnostic Radiologists

• Women’s Imaging Specialists

• Breast MRI Specialists

• Mammography Interpreters

• Radiology Fellows

• Radiology Residents

• Oncologic Imaging Specialists

• Healthcare Professionals Involved in Breast Imaging

It is particularly valuable for clinicians seeking:

• Breast Imaging Updates

• BI-RADS 6th Edition Education

• Breast MRI Interpretation

• Mammography Training

• Tomosynthesis Applications

• Contrast-Enhanced Mammography

• Breast Ultrasound Education

• Breast Cancer Detection Strategies

Program Overview

Breast imaging continues to evolve rapidly with advances in imaging technology, artificial intelligence integration, risk assessment, and early cancer detection techniques. Radiologists must remain current with evolving imaging standards, reporting systems, and diagnostic approaches to provide optimal patient care.

The UCSF Breast Imaging 2026 course provides an extensive review of contemporary breast imaging practices while highlighting emerging technologies and clinical applications that are shaping the future of breast diagnostics.

The curriculum combines practical lectures with challenging case discussions, helping participants refine interpretation skills and improve diagnostic accuracy across a broad spectrum of breast conditions.

Particular focus is given to updates within the BI-RADS 6th Edition, advances in breast MRI utilization, digital breast tomosynthesis, contrast-enhanced mammography, and multimodality imaging approaches that improve lesion characterization and patient management.

Learning Objectives

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

• Apply BI-RADS categories accurately in clinical practice

• Understand and implement updates introduced in BI-RADS 6th Edition

• Develop a systematic approach to mammography interpretation

• Improve breast ultrasound acquisition and interpretation skills

• Utilize breast MRI effectively for diagnosis and management

• Incorporate tomosynthesis into routine breast imaging workflows

• Understand the indications and applications of contrast-enhanced mammography

• Improve lesion characterization using multimodality imaging

• Enhance communication through standardized breast imaging reporting

• Increase diagnostic confidence when evaluating challenging breast cases

Core Topics Covered

BI-RADS 6th Edition Updates

• Updated BI-RADS Categories

• Reporting Standardization

• Risk Assessment Strategies

• Clinical Management Recommendations

• Contemporary Practice Applications

Digital Mammography

• Screening Mammography

• Diagnostic Mammography

• Image Interpretation Techniques

• Detection of Early Breast Cancer

• Clinical Reporting Standards

Digital Breast Tomosynthesis (DBT)

• Tomosynthesis Technology

• Advanced Lesion Detection

• Diagnostic Advantages

• Workflow Integration

• Clinical Applications

Breast Ultrasound

• Diagnostic Breast Ultrasound

• Targeted Ultrasound Evaluation

• Cystic & Solid Lesion Assessment

• Ultrasound-Guided Procedures

• Practical Interpretation Strategies

Breast MRI

• Advanced Breast MRI Protocols

• High-Risk Screening

• Preoperative Assessment

• Treatment Monitoring

• MRI Interpretation Pearls

Contrast-Enhanced Mammography

• Emerging Clinical Applications

• Lesion Characterization

• Cancer Detection Strategies

• Comparison with MRI

• Practical Utilization

Breast Cancer Detection

• Early Detection Strategies

• High-Risk Patient Evaluation

• Multimodality Assessment

• Challenging Diagnostic Cases

• Imaging-Based Decision Making

Artificial Intelligence in Breast Imaging

• AI-Assisted Detection

• Workflow Optimization

• Clinical Applications

• Emerging Technologies

• Future Imaging Trends

Educational Features

✔ Expert UCSF Breast Imaging Faculty

✔ Comprehensive BI-RADS 6th Edition Review

✔ Multimodality Breast Imaging Education

✔ Challenging Case-Based Learning

✔ Interactive Faculty Discussions

✔ Advanced MRI & Tomosynthesis Training

✔ Practical Clinical Applications

✔ Immediate Practice Relevance

Why This Course Stands Out

✔ Comprehensive Breast Imaging Curriculum

✔ Strong Focus on BI-RADS 6th Edition Updates

✔ Advanced MRI & Contrast-Enhanced Mammography Education

✔ Expert-Led Challenging Case Reviews

✔ Practical Multimodality Imaging Approach

✔ Valuable for Both Breast Specialists & General Radiologists

✔ Integration of Emerging Technologies & AI

✔ Designed for Real-World Clinical Practice

Clinical & Educational Value

The UCSF Breast Imaging on the Big Island Hawaii 2026 course provides an in-depth review of contemporary breast imaging, combining advances in mammography, breast ultrasound, MRI, tomosynthesis, and contrast-enhanced mammography.

By integrating BI-RADS 6th Edition updates, challenging case discussions, multimodality imaging techniques, and emerging technologies, this program equips radiologists with the knowledge and skills necessary to improve diagnostic accuracy, optimize patient management, and enhance breast cancer detection.

The combination of expert faculty, practical case-based learning, and comprehensive imaging education makes this course an outstanding resource for radiologists and breast imaging specialists seeking excellence in breast diagnostics.

Topics

1. 01 Why BI-RADS Matters

2. 02 BI-RADS 6th Edition Mammography, US, MRI

3. 03 BI-RADS 6th Edition The Audit

4. 04 Mammographic Analysis of Breast Calcifications

5. 05 Asymmetries and Architectural Distortion in the Era of Tomosynthesis

6. 06 Screening Mammography Case-Based Challenges Increase your CDR, Decrease your RR

7. 07 Questions and Discussion

8. 08 BI-RADS for Breast Ultrasound

9. 09 Imaging of the Male Breast

10. 10 Work up of the Palpable Breast Lump

11. 11 Rad-Path Clinical Correlation The Final Steps

12. 12 Intrinsic Subtypes Enhancing Your Breast Imaging Reads with Radiogenomics

13. 13 Contrast Enhanced Mammography Implementation and Cases

14. 14 Questions and Discussion

15. 15 Clinically Relevant AI in Breast Imaging

16. 16 Breast MRI Diagnostic Indications

17. 17 The Reconstructed Breast

18. 18 Abbreviated vs Full Protocol Breast MRI

19. 19 Jeopardy! Instructive Breast Imaging Cases

20. 20 What Can We Learn from Difficult MRI Cases

21. 21 Questions and Discussion

22. 22 Lymph Node Assessment and Management of the Axilla in the Breast Cancer Patient

23. 23 Updated Understanding of Breast Cancer Histologic Types

24. 24 Breast Cancer Staging in 2026

25. 25 Parallel Workshops 1

26. 26. Workshop – Challenging Cases 2 – Edward Sickles, MD

27. 27 Medicolegal Aspects of Breast Imaging Practice

28. 28 Potential Malpractice Scenarios Case-Based Review

29. 29 MRI Case Review What to Biopsy

30. 30 Questions and Discussion