NYU Langone’s Head to Toe Imaging

Overview

New Release!
Explore the Latest in Radiology Imaging CME

Stay at the forefront of radiology with NYU Langone's Head to Toe Imaging, a comprehensive continuing medical education program built for today’s evolving imaging landscape. This case-based online video CME program delivers state-of-the-art learning that translates directly to clinical practice. You’ll gain:

• The latest updates in neurologic, musculoskeletal, abdominal, thoracic, cardiac, and breast imaging
• Integrated coverage of pediatric, emergency, PET/CT, oncologic imaging, and interventional radiology
• Guidance on safety, quality, radiation exposure, and contrast reaction management
• Insight into emerging AI applications and standardized imaging strategies

Meet your maintenance of certification requirements while strengthening diagnostic confidence and delivering high-quality, evidence-based patient care.

PLEASE NOTE: The credit expiration date for this program is February 27, 2029. While you will no longer be able to earn CME credits after that date, you'll have access to the content until February 28, 2031.

Topics / Speakers

Cardiothoracic Imaging

Pulmonary Artery CTA and Multi-Energy Imaging - Jane P. Ko, MD

The Challenging Acute Aorta - Smita Patel, MBBS, MRCP, FRCR

Coronary Arteries – Beyond Atherosclerosis - Smita Patel, MBBS, MRCP, FRCR

Cardiac Pathology Identified in Non-Cardiac Non-Gated Studies - Panagiota Christia, MD

Q&A Session - Faculty

Cardiac Valvular Disease - Kana Fujikura, MD, MPH

Challenging Cardiac CT Cases - Jill E. Jacobs, MD

Evaluation of Cardiac Function - Leon Axel, MD, PhD

Q&A Session - Faculty

Lung Cancer Screening - Dexter P. Mendoza, MD

Imaging of Lung Cancer - Charlotte Charbel, MD

Primary and Metastatic Lung Tumor Interventions - Nathan K. Mickinac, MD

Q&A Session - Faculty

Chest MR - William H. Moore, MD

Esophageal Emergencies - Gene Y. Berkovich, MD

ICU Plain Film - Jadranka Stojanovska, MD

Q&A Session - Faculty

Breast Imaging

Method of Detection of Breast Cancer, the New Biomarker - Jean M. Seely, MD

Update on Management of BBD with a Focus on High-Risk Lesions - Samantha L. Heller, MD, PhD

AI in Breast Imaging - Jean M. Seely, MD

Tumor Board for the Radiologist - Beatriu Reig, MD, MPH

Updates on ACR Appropriateness Criteria for Screening - Alana Lewin, MD

Q&A Session - Faculty

CEM and MRI – Strengths, Limitations, and Synergies - Michelle Lee, MD

Auditing Breast MRI - Jean M. Seely, MD

Breast MRI Safety - Julia Po, MD

Latest and Greatest in Breast Imaging You Can Use - Linda Moy, MD

Q&A Session - Faculty

Abdominal Imaging

De-Mystifying the Mesentery - Myles Taffel, MD

Ovarian Imaging – Current Approaches and Advances - Kira Melamud, MD, MHPE

Abdominal Ultrasound – Pearls and Pitfalls - Daniel T. Parrott, MD

Easy to Fly By Incidental Critical Findings in Body Imaging - Jay Karajgikar, MD

Best Body Club Cases of The Year - Sarah R. Beier, MD

Q&A Session - Faculty

Pancreatic Cyst Imaging and Evolving Guidelines - Chenchan Huang, MD

Pancreatic Neuroendocrine Tumor – Updates in Imaging and Management - Linda Chu, MD

DOTA-peptide PET – Essentials and Challenges - Marius E. Mayerhoefer, MD, PhD

AI in Body Imaging – Where Are We Now - Linda Chu, MD

Q&A Session - Faculty

Liver Imaging – LI-RADS and Beyond - Krishna P. Shanbhogue, MD

Liver Tumor Ablation – A Review of Standard and Emerging Technologies - Mikhail Silk, MD

Rad-Path Discordance in Prostate MRI – Impact of Image Quality - Angela Tong, MD

Q&A Session - Faculty

Renal Masses – Updates and the Role of KI-RADS - Nicole M. Hindman, MD

Pitfalls of Bowel Interpretation on Routine Abdominal and Pelvic CT - Douglas S. Katz, MD, FACR, FASER, FSAR

Pediatric Emergency Abdominal Imaging - Naomi A. Strubel, MD

Q&A Session - Faculty

Neuroradiology

Stroke Code – Challenging Cases and Lessons Learned - Evan G. Stein, MD, PhD

Brain Tumor Basics in the Molecular Era - Roshni R. Patel, DO

Susceptibility Weighted Imaging – My Favorite Sequence After DWI - Rajan Jain, MD

Spinal CSF Leak – What the Radiologist Needs to Know - Peter G. Kranz, MD

Q&A Session - Faculty

Case-Based Neuroanatomy - Andrew C. McClelland, MD, PhD

Not Futile Anymore – Imaging of Alzheimer's Disease in the Era of Disease Modifying Therapy - James R. Loftus, MD

Imaging of the Post-Operative Spine (Made Easy) - Peter G. Kranz, MD

Q&A Session - Faculty

Fractures of Child Abuse – What the Radiologist Needs to Know - Shailee V. Lala, MD

Abusive Head Trauma – Brain to Bones – Imaging Insights in Suspected Child Abuse - Kevin Hsu, MD

Head and Neck Emergencies - Mari Hagiwara, MD

Dotatate PET in Neuroradiology – Meningiomas and Paragangliomas - Kent P. Friedman, MD

Q&A Session - Faculty

Upper Aerodigestive Tract Made Easy - Gopi K. Nayak, MD

Navigating Complex Facial Trauma - Matthew S. Breen, MD

Neuro Jeopardy – Test Your Knowledge - Evan Lieberman, MD

Q&A Session - Faculty

Musculoskeletal Imaging

Classification Systems for Soft Tissue Tumors – How to Incorporate Into Practice - Hillary Garner, MD

Knee Chondral Joint-Preserving Surgical Options: MRI Assessment - Erin Alaia, MD

Imaging of Musculoskeletal Interventions – An update Using a Case-based Approach - Christopher J. Burke, MD

Muscle Injuries - Iman Khodarahmi, MD, PhD

Q&A Session - Faculty

High Water Content Soft Tissue Masses - Hillary Garner, MD

Spinal Trauma – Key Issues in the Emergent Setting - David Y. Kim, MD

Musculoskeletal Manifestations of Cancer and Treatment-Related Conditions - Anton Becker, MD, PhD

Q&A Session - Faculty

Vascular Anomalies – Diagnostic Imaging and Interventional Approaches - Frederic J. Bertino, MD and Alexander El-Ali, MD

Imaging of Arthroplasties - Meghan Jardon Zikaras, MD

Q&A Session - Faculty

Get Hip to It – Pelvis and Hip Cases - Dana Lin, MD

Hand and Wrist Challenging Cases - Sophie L. Leung, MD

Foot and Ankle Challenging Cases - Alexandra Napolitano, MD

Q&A Session - Faculty

Faculty

NYU Grossman School of Medicine Speakers

Accreditation

Accreditation

The NYU Grossman School of Medicine is accredited by the Accreditation Council for Continuing Medical Education (ACCME) to provide continuing medical education for physicians.

Designation

The NYU Grossman School of Medicine designates this enduring material for a maximum of 31.25 AMA PRA Category 1 Credits™. Physicians should claim only the credit commensurate with the extent of their participation in the activity.

Date of Original Release: February 28, 2026
Date Credits Expire: February 27, 2029

Educational Objectives

After participating in this activity, participants should be able to:

• Highlight key differences in Photo-counting CT image acquisition and image reconstruction compared with conventional CT. To summarize early evidence for the clinical benefit of PCCT for high-spatial resolution diagnostic tasks in thoracic imaging, such as assessment of airway and parenchymal diseases. Describe the benefits of high-pitch and multienergy scanning, including the ability for radiation dose reduction, depending on the diagnostic task. Evaluate the applications of PCCT for thoracic imaging in children. Describe the limitations and trade-offs of PCCT. Provide an overview of the best ways to incorporate PCCT into clinical practice including prioritizing access to patients and diagnostic tasks most likely to benefit from PCCT technology
• Evaluate the MRI features of the most common chondral repair tissue techniques, including microfracture, autologous chondrocyte implantation, osteochondral allograft, and osteochondral autograft transfer. To recognize important complications after chondral repair surgery. To understand the features of the MOCART scoring system to assess the quality of chondral repair tissue.
• Describe the radiographic characteristics of ARIA that occur with anti-amyloid therapy in patients with Alzheimerʼs disease.
• Recognize the complexity of breast cancer screening and the need to optimize risk-based testing. To incorporate evidence-based best practices in providing supplemental breast cancer screening in light of the recent federal legislation. To describe the rationale and understand how to document method of detection (MOD) in breast cancer patients.
• Describe the imaging characteristics and differential diagnoses of common pancreatic cystic lesions, accounting for key demographic information. Evaluate cyst features associated with increased risk of malignancy based on current guidelines. Consider integrating abbreviated protocol into pancreatic cyst surveillance.

Target Audience

The program is designed for clinical radiologists in either general or specialized practice, and is appropriate for radiologists in training. Familiarity with the fundamentals of CT, MR, PET, and US technology and applications, as well as basic anatomy, is assumed.

Quick Facts

Provider: NYU Grossman School of Medicine

Course Director:
Mari Hagiwara, MD

Professor, Department of Radiology

Credits: Earn a maximum of 31.25 AMA PRA Category 1 Credits™