Meetings By Mail – Penn Radiology Breast Imaging Immersion Vol. 2 (2026) (Videos)

Advanced Breast Imaging, Contrast-Enhanced Mammography, Breast MRI, AI, Ultrasound & Multimodality Breast Cancer Diagnosis

Advance your expertise in breast imaging with Meetings By Mail – Penn Radiology Breast Imaging Immersion Vol. 2 (2026), a comprehensive educational program delivering an evidence-based update on the latest innovations in breast imaging and breast cancer diagnosis.

Released on May 12, 2026, this advanced course features renowned Penn Radiology faculty presenting practical, case-based instruction on cutting-edge imaging technologies including contrast-enhanced mammography (CEM), abbreviated breast MRI, whole-breast ultrasound, artificial intelligence (AI), PET-CT, breast cancer biology, risk prediction, axillary lymph node evaluation, and image-guided breast biopsy.

Designed around real clinical scenarios, the course emphasizes accurate interpretation, multimodality imaging correlation, current screening strategies, diagnostic confidence, and multidisciplinary breast cancer management.

Product Details

• Course: Meetings By Mail – Penn Radiology Breast Imaging Immersion Vol. 2 (2026)
• Provider: Meetings By Mail
• Institution: Penn Radiology
• Release Date: May 12, 2026
• Format: Videos
• Language: English
• Educational Level: Advanced
• Learning Format: Expert Lectures, Case-Based Learning, Clinical Imaging Review

Course Overview

Modern breast imaging continues to evolve rapidly with advances in supplemental screening, functional imaging, artificial intelligence, and minimally invasive diagnostic techniques. Radiologists must integrate multiple imaging modalities while understanding breast cancer biology, individualized risk assessment, and multidisciplinary treatment planning.

Penn Radiology Breast Imaging Immersion Vol. 2 (2026) provides an intensive review of contemporary breast imaging practice through practical clinical cases and evidence-based instruction. Faculty demonstrate how to optimize multimodality imaging interpretation using digital mammography, contrast-enhanced mammography, abbreviated breast MRI, ultrasound, PET-CT, and image-guided interventions while highlighting diagnostic pearls, common pitfalls, and emerging technologies.

The course bridges diagnostic imaging with surgical oncology and breast cancer management, helping clinicians improve accuracy, confidence, and patient outcomes.

What You’ll Learn

After completing this course, participants will be able to:

• Apply advanced breast imaging techniques to improve diagnostic accuracy.
• Utilize contrast-enhanced mammography and abbreviated breast MRI in appropriate clinical settings.
• Integrate whole-breast ultrasound into supplemental breast cancer screening.
• Evaluate breast cancer biology and incorporate individualized risk prediction into imaging strategies.
• Interpret challenging breast imaging cases using a multimodality approach.
• Apply current concepts in axillary lymph node assessment and image-guided biopsy.
• Understand the expanding role of artificial intelligence in breast imaging workflows.

Comprehensive Topics Covered

Breast Imaging Fundamentals

Strengthen diagnostic interpretation skills.

Topics include:

• Breast imaging
• Breast cancer detection
• Breast screening
• Diagnostic breast imaging
• Breast radiology
• Imaging interpretation
• Clinical decision-making

Digital Mammography & Tomosynthesis

Improve mammographic interpretation.

Topics include:

• Digital mammography
• Digital breast tomosynthesis (DBT)
• Screening mammography
• Diagnostic mammography
• Breast density
• Architectural distortion
• Calcifications

Contrast-Enhanced Mammography (CEM)

Master emerging breast imaging technology.

Topics include:

• Contrast-enhanced mammography
• Functional breast imaging
• Breast lesion characterization
• Diagnostic evaluation
• Supplemental screening
• Contrast imaging
• Clinical applications

Abbreviated Breast MRI

Expand MRI expertise.

Topics include:

• Abbreviated breast MRI
• Breast MRI
• High-risk screening
• Problem-solving MRI
• Breast lesion evaluation
• MRI interpretation
• Advanced imaging

Whole-Breast Ultrasound

Optimize ultrasound evaluation.

Topics include:

• Whole-breast ultrasound
• Screening ultrasound
• Diagnostic ultrasound
• Targeted breast ultrasound
• Supplemental screening
• Breast lesion characterization
• Sonographic interpretation

Artificial Intelligence in Breast Imaging

Explore the future of breast imaging.

Topics include:

• Artificial intelligence (AI)
• Machine learning
• Computer-aided detection
• Workflow optimization
• Image analysis
• Decision support
• Emerging technologies

Faculty discuss both the opportunities and limitations of AI integration into clinical breast imaging practice.

Breast Cancer Biology & Risk Prediction

Strengthen personalized screening strategies.

Topics include:

• Breast cancer biology
• Risk prediction
• Risk stratification
• Personalized screening
• High-risk patients
• Precision imaging
• Preventive strategies

Ductal Carcinoma In Situ (DCIS)

Improve recognition of early breast cancer.

Topics include:

• DCIS
• Non-invasive breast cancer
• Mammographic findings
• Calcification patterns
• Diagnosis
• Imaging-pathology correlation
• Management considerations

PET-CT in Breast Imaging

Understand advanced oncologic imaging.

Topics include:

• PET-CT
• Breast cancer staging
• Functional imaging
• Metastatic disease
• Response assessment
• Hybrid imaging
• Clinical applications

Axillary Lymph Node Evaluation

Enhance staging accuracy.

Topics include:

• Axillary ultrasound
• Lymph node assessment
• Nodal staging
• Breast cancer staging
• Regional disease
• Surgical planning
• Imaging correlation

Image-Guided Breast Biopsy

Master minimally invasive procedures.

Topics include:

• Ultrasound-guided biopsy
• Stereotactic biopsy
• MRI-guided biopsy
• Multimodality biopsy
• Breast intervention
• Tissue sampling
• Procedural techniques

Case-Based Breast Imaging

Develop real-world diagnostic confidence.

Topics include:

• Challenging breast cases
• Diagnostic pitfalls
• Imaging pearls
• Clinical reasoning
• Multimodality interpretation
• Evidence-based practice
• Multidisciplinary care

Learning Objectives

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

• Apply advanced multimodality breast imaging techniques in daily clinical practice.
• Integrate abbreviated breast MRI, contrast-enhanced mammography, whole-breast ultrasound, and PET-CT into diagnostic workflows.
• Improve diagnostic accuracy through evidence-based interpretation of complex breast imaging cases.
• Evaluate breast cancer biology, individualized risk prediction, and supplemental screening strategies.
• Utilize multimodality image-guided biopsy techniques for accurate tissue diagnosis.
• Understand the expanding role of artificial intelligence in breast imaging interpretation and workflow optimization.
• Correlate imaging findings with surgical and oncologic management to support multidisciplinary patient care.

Educational Highlights

• Breast Imaging
• Mammography
• Digital Breast Tomosynthesis (DBT)
• Contrast-Enhanced Mammography (CEM)
• Breast MRI
• Abbreviated Breast MRI
• Whole-Breast Ultrasound
• Artificial Intelligence (AI)
• PET-CT
• Breast Cancer Biology
• Risk Prediction
• DCIS
• Breast Cancer Screening
• Axillary Lymph Node Imaging
• Image-Guided Breast Biopsy
• Diagnostic Radiology
• Breast Oncology
• Multidisciplinary Breast Care
• Continuing Medical Education (CME)

Why This Course Stands Out

Penn Radiology Breast Imaging Immersion Vol. 2 (2026) delivers a highly practical, case-based review of modern breast imaging by combining established diagnostic techniques with the latest advances in AI, contrast-enhanced mammography, abbreviated MRI, and multimodality intervention. Led by internationally recognized Penn Radiology faculty, the course emphasizes real-world interpretation skills, multidisciplinary collaboration, and evidence-based imaging strategies that can be immediately applied to clinical practice.

Target Audience

This educational activity is ideal for:

• Breast Radiologists
• General Radiologists
• Breast Imaging Specialists
• Radiology Residents
• Breast Imaging Fellows
• Breast Surgeons
• Surgical Oncologists
• Medical Oncologists
• Radiologic Technologists
• Physician Assistants
• Nurse Practitioners
• Healthcare Professionals involved in breast imaging and breast cancer diagnosis

Why Choose This Course?

Whether you specialize in breast imaging or interpret breast studies as part of a general radiology practice, Meetings By Mail – Penn Radiology Breast Imaging Immersion Vol. 2 (2026) provides an outstanding update on advanced imaging techniques, evidence-based screening strategies, and multidisciplinary breast cancer care. Through expert-led lectures, challenging clinical cases, and practical imaging guidance, participants gain the skills needed to improve diagnostic accuracy, confidently manage complex cases, and enhance patient outcomes.

+ Topics:

Session 1: AI, Abbreviated MRI and More

Clinical Implementation of AI	Habib Rahbar, MD
Abbreviated Breast MRI: The Why and How of Clinical Implementation	Emily Conant, MD
AI for Breast Cancer Detection: Where Do We Stand?	Emily Conant, MD
Case Series: Challenging Multimodality Cases	Cindy Lee, MD, CMQ
Questions and Answers	Multiple Faculty

Session 2: Contrast Enhanced Mammography

Screening and Diagnostic Contrast Enhanced Mammography	Margarita L. Zuley, MD
So, You Want to Start CEM?	Margarita L. Zuley, MD
Case Series: CEM	Margarita L. Zuley, MD
Supplemental Screening: Ab-MRI vs. CEM	Habib Rahbar, MD
Questions and Answers	Multiple Faculty

Session 3: DCIS and Breast Cancer Updates

Breast Cancer Risk Prediction: Breast Density & Beyond…	Emily Conant, MD
Basics of Breast Cancer Biology for the Imager	Emily Conant, MD
PET-CT for Breast Cancer: Fluorodeoxyglucose and Fluoroestradiol	Sophia O’Brien, MD, MSEd
Imaging of DCIS: Controversies and Opportunities	Habib Rahbar, MD
Questions and Answers	Multiple Faculty

Session 4: Diagnosis and Management Challenges

Overdiagnosis or Underdiagnosis	Peter R. Eby, MD
Updates in Axillary Lymph Node Management	Habib Rahbar, MD
The Audit is Your Friend	Peter R. Eby, MD
Unknown Cases	Peter R. Eby, MD
Questions and Answers	Multiple Faculty

Session 5: Biopsy and Multimodality Perspectives

MR-Guided Biopsy: How I Do It	Peter R. Eby, MD
CEM-Guided Breast Biopsy	Margarita L. Zuley, MD
Case Review: Symptomatic Patients and Special Clinical or Challenging Scenarios	Habib Rahbar, MD
Questions and Answers	Multiple Faculty