Penn Radiology Current Concepts in Breast Imaging 2022 (CME Videos)
Advanced Breast Imaging, Mammography, MRI & Breast Intervention Review
The Penn Radiology Current Concepts in Breast Imaging 2022 course provides a comprehensive, clinically focused update on modern breast imaging and image-guided breast interventions.
Presented by Penn Radiology’s renowned faculty alongside internationally recognized breast imaging experts, this CME program delivers practical education designed to improve diagnostic accuracy, interpretation confidence, and procedural skills across multiple breast imaging modalities.
The course emphasizes both foundational principles and emerging technologies in:
- Digital breast tomosynthesis (DBT)
- Digital mammography
- Breast ultrasound
- Breast MRI
- Image-guided breast biopsy
- Breast cancer detection and characterization
- Multimodality breast imaging interpretation
Designed for practicing breast imagers and radiologists, the program combines evidence-based teaching with practical case-based instruction relevant to real-world breast imaging practice.
🩺 Program Overview
Breast imaging continues evolving rapidly with advances in:
- Digital imaging technology
- Tomosynthesis interpretation
- MRI applications
- Image-guided interventions
- Breast cancer screening strategies
- Multimodality diagnostic integration
This CME course provides clinicians with updated approaches to:
✔️ Breast cancer screening and diagnosis
✔️ Mammographic interpretation
✔️ MRI evaluation and problem-solving
✔️ Ultrasound lesion assessment
✔️ Biopsy planning and technique
✔️ Reducing diagnostic errors and false positives
Faculty focus on practical imaging interpretation strategies and procedural techniques designed to enhance both accuracy and clinical confidence.
🎯 Educational Focus
Participants will strengthen their ability to:
- Interpret digital mammography and tomosynthesis studies
- Apply advanced breast ultrasound techniques
- Evaluate complex breast MRI findings
- Improve multimodality correlation skills
- Optimize image-guided biopsy procedures
- Enhance detection of subtle breast abnormalities
- Apply evidence-based breast imaging practices
The curriculum integrates both core imaging fundamentals and modern technological advances in breast radiology.
🩻 Digital Mammography & Tomosynthesis
A major focus of the course is improving interpretation of digital mammography and digital breast tomosynthesis (DBT).
Topics include:
- Screening mammography
- Diagnostic mammography
- Architectural distortion
- Asymmetry evaluation
- Calcification analysis
- Tomosynthesis interpretation strategies
- Breast cancer detection optimization
Faculty provide practical guidance for recognizing subtle imaging findings and improving diagnostic performance in everyday breast imaging practice.
🔬 Breast Ultrasound
The breast ultrasound sessions review:
- Lesion characterization
- Cystic vs solid mass evaluation
- Ultrasound-guided procedures
- Correlation with mammographic findings
- Dense breast imaging strategies
These discussions emphasize improving diagnostic confidence and reducing unnecessary biopsies through evidence-based sonographic assessment.
🧲 Breast MRI & Advanced Imaging
The course also explores advanced applications of breast MRI.
Topics include:
- Breast MRI interpretation
- High-risk screening
- Problem-solving MRI
- MRI staging of breast cancer
- Background parenchymal enhancement
- MRI-guided intervention principles
Faculty discuss practical strategies for integrating MRI findings into comprehensive breast cancer evaluation and management.
💉 Breast Biopsy & Interventional Techniques
Specialized procedural sessions provide updates on:
- Core needle biopsy techniques
- Stereotactic biopsy
- Ultrasound-guided biopsy
- MRI-guided interventions
- Biopsy pitfalls and troubleshooting
- Imaging-pathology concordance
Practical “tips and tricks” help clinicians improve procedural efficiency, diagnostic yield, and patient outcomes during breast interventions.
🧠 Multimodality Breast Imaging
A key strength of the program is its emphasis on multimodality breast imaging integration.
Faculty review how to:
✔️ Correlate findings across imaging modalities
✔️ Resolve discordant imaging features
✔️ Improve lesion characterization
✔️ Strengthen diagnostic decision-making
✔️ Optimize patient management pathways
This integrated approach reflects modern breast imaging practice where mammography, ultrasound, MRI, and biopsy findings must work together to guide accurate diagnosis.
💡 Key Features
✔️ Comprehensive breast imaging CME course
✔️ Advanced digital mammography and tomosynthesis education
✔️ Breast MRI and ultrasound interpretation updates
✔️ Practical biopsy and intervention techniques
✔️ Multimodality imaging correlation strategies
✔️ Case-based learning from expert faculty
✔️ Focus on improving diagnostic accuracy and workflow efficiency
🚀 Why This Course Stands Out
The Penn Radiology Current Concepts in Breast Imaging 2022 course combines:
- Evidence-based breast imaging education
- Advanced imaging technology updates
- Practical procedural guidance
- Real-world case interpretation
- Multimodality diagnostic strategies
into a highly practical educational experience for modern breast imaging specialists.
By integrating:
✔️ Mammography
✔️ Tomosynthesis
✔️ Breast ultrasound
✔️ MRI
✔️ Image-guided biopsy
the course helps clinicians improve breast cancer detection, strengthen interpretation skills, and optimize patient-centered breast imaging care.
This program serves as a valuable CME resource for radiologists seeking advanced updates in breast imaging and intervention.
Penn Radiology Current Concepts in Breast Imaging
| Session 1: Screening | |
| Update on Screening with Digital Breast Tomosynthesis | Samantha Zuckerman, MD, MBE |
| Screening Breast Ultrasound | Regina Hooley, MD |
| Breast Density and Beyond: Prediction and Risk Assessment in Breast Imaging | Emily Conant, MD |
| Novel Screening and Diagnostic Techniques | Regina Hooley, MD |
| Abbreviated Breast MR: The How and Why of Clinical Implementation | Emily Conant, MD |
| Challenging Tomosynthesis Cases | Samantha Zuckerman, MD, MBE |
| Questions & Answers | |
| Session 2: Diagnostics | |
| Optimizing Everyday Ultrasound | Regina Hooley, MD |
| Practical Approach to Breast MR Interpretation | Linda Moy, MD |
| Imaging of Special Populations | Samantha Zuckerman, MD, MBE |
| BIRADS 3- When to Use and When Not to Use? | Linda Moy, MD |
| False Negatives: Where did we go wrong? | Emily Conant, MD |
| Challenging Ultrasound Cases | Regina Hooley, MD |
| Questions & Answers | |
| Session 3: Biopsies and Lesion Management | |
| Minimally Invasive US/Mammo/Tomo-Guided Biopsy: Tips and Tricks | Regina Hooley, MD |
| MR-Guided Biopsies: Tips and Tricks | Linda Moy, MD |
| Cancel that Biopsy! No Touch Lesions | Samantha Zuckerman, MD, MBE |
| Novel Localization Techniques | Linda Moy, MD |
| Management of High Risk Lesions | Regina Hooley, MD |
| Multi-Modality Cases in Breast Imaging | Conant-E |
| Questions & Answers | |
| Session 4: Multi-Modality Imaging and Beyond | |
| Management of the Axilla | Linda Moy, MD |
| Imaging the Nipple-Areolar Complex | Samantha Zuckerman, MD, MBE |
| Basics of Breast Cancer Biology | Emily Conant, MD |
| Challenging MR and Multi-Modality Cases | Linda Moy, MD |
| Imaging the Post-Op Breast | Samantha Zuckerman, MD, MBE |
| Artificial Intelligence Applications in Mammographic Screening | Emily Conant, MD |
| Questions & Answers |
Release Date: 6/20/22
CME Expiration: 6/19/25



