BoardVitals Radiology CME and MOC Self-Assessment Program 
• Complete your CME requirements hours quickly and easily with 60 hours of Category 1 Radiology continuing medical education.
• Access over 1700 Radiology Board Review Questions targeted to the Radiology MOC Exam and Radiology Certifying examinations
• Complete your hours on any device or from any location
• Thousands of Radiologists trained annually

Upon completion of the BoardVitals Radiology CME and MOC Self-Assessment Program, you will be able to:
• Interpret image findings to make a diagnosis
• Recognize patient safety issues that arise in the context of medical imaging
• Understand pathophysiology, management, follow-up, and/or treatment of diseases pertinent to radiology
• Apply imaging physics and basic science knowledge to improve image quality

Target Audience:
Radiologists meeting CME requirements or preparing for the Radiology MOC Exam and Radiology Certifying examinations.

The Radiology CME Online Bundle: A Duo of Comprehensive Reviews plus an $800 Amazon Gift Card bundle features:
• Two comprehensive review programs (Interventional Radiology Review and UCSF Radiology Review – Comprehensive Imaging) featuring nearly 200 lectures and covering 10 radiology subspecialty areas
• An $800 Amazon gift card
• The opportunity to earn up to 69.5 AMA PRA Category 1 Credits

Topics include:
Aortic Stent Grafting, Pleural Interventions, Systemic Venous Interventions, Hepatic Chemoembolization, Oncologic Interventions, Radioembolization, Brain Imaging, Fetal Abnormalities, Breast MRI, Malignant Gynecologic Disease, MR Enterography, Cystic Pancreatic Mass, Abdominal Transplant Imaging and many more.

Target Audience: Radiologists

The National Diagnostic Imaging Symposium is a comprehensive program featuring 135 lectures across 10 subspecialties, including musculoskeletal imaging, breast imaging, breast MRI, gastrointestinal radiology, emergency radiology, genitourinary radiology, cardiovascular radiology, chest radiology, and neuroradiology.

Viewing the National Diagnostic Imaging Symposium will help you to better:
• Utilize CT imaging for both lung screening and lung disease diagnosis
• Image both upper and lower body musculoskeletal injury using MRI
• Use MDCT imaging of the pancreas, liver, abdomen and bowel as a diagnostic tool
• Hone ultrasound skills when conducting gynecological, obstetrical, cardiovascular, venous and thyroid evaluations
• Develop a strategy for common emergency imaging scenarios
• Design an approach to MRI of genitourinary masses, cancer and infections
• Improve diagnosis of CT images of multiple specific neurologic medical conditions
• Apply CT and ultrasound to cardiovascular evaluations
• Improve assessment of breast disease with the use of MRI, ultrasound, 3D mammography and more

Target Audience:
Community radiologists who are called on to be well versed in a variety of radiology subspecialties and body systems.

Topics covered by the UCSF Radiology Review include:
Breast Cancer, Prostate Imaging, CT Colonography, Lung Cancer, Interstitial Pneumonia, Postmenopausal Endometrium, Trauma, Interventional Radiology, Venous Access, Endovaginal Ultrasound and many more.

After completing UCSF Radiology Review, you will be up-to-date on:
• Current concepts and recent US/CT/MR advances in genitourinary and gynecologic imaging and diseases
• Fundamentals, potential pitfalls and recent updates of obstetric ultrasound and breast imaging
• Systematic approach to diagnostic dilemmas in neuroradiology, pediatric and musculoskeletal radiology
• Fundamentals and advances in cardiac and pulmonary imaging
• Principles and pitfalls of PET/CT and interventional techniques
• New approaches on diagnostic imaging and clinical treatment of specific clinical problems

Target Audience:
Radiologists and other medical professionals who would benefit from a greater understanding of the interpretation of radiologic images.

Radiology areas covered by the UCSF Radiology Review include:
Nuclear Medicine, CT/MR Physics and Safety, Ultrasound, Breast Imaging, Pediatrics, Genitourinary, Neuro, Interventional, Gastrointestinal, Musculoskeletal, Cardiac and Pulmonary.

After viewing the UCSF Radiology Review, you will be better able to:
• Identify imaging fundamentals of each of the radiology sub-specialties (organ systems)
• Prescribe the appropriate utilization of imaging modalities (CT, MR, US, Mammography, Nuclear Medicine) for different medical conditions
• Implement the appropriate imaging protocols for routine clinical presentations
• Recognize indications and markers for interventional procedures, as well as assessment of outcomes
• Apply classifications of pathophysiological mechanisms underlying human disease to facilitate differential diagnosis
• Refine imaging criteria to optimize image quality/findings and improve diagnostic interpretation

Target Audience:
Radiology residents, clinical fellows and practicing radiologists interested in updating their working knowledge of radiology.

Topics covered by NYU’s Head to Toe Imaging include:
Enterography, Benign Focal Liver Lesions, Prostate MRI, Female Pelvic Imaging, Focal Lesions in Cirrhosis, Pediatric Abdomen, Pediatric Neck and Chest, Mesenteric Nodes and Masses, Multiple Sclerosis, Machine Learning in Radiology, Breast Imaging, Interventional Imaging and many more.

After completing NYU’s Head to Toe Imaging, you will be better able to:
• Evaluate and incorporate current imaging techniques and protocols for sub specialty imaging (Abdominal, Musculoskeletal, Neurologic, Thoracic, Cardiac, Breast, PET/CT, Emergency Medicine, Interventional) into clinical practice to enable accurate diagnosis, dictate best therapy options, and assess response to therapy, which may prompt therapy modification as needed.
• Describe and apply the current recommendations of the ACR Appropriateness Criteria for abdominal imaging in order to appropriately manage incidental findings, including differentiating lesions to ignore from those requiring work-up.
• Describe and apply the current Fleischner Society guidelines for the management of solid and subsolid pulmonary nodules and explain the rationale for the recommendations.
• Develop strategies to optimize and incorporate a gamut of studies, including CT, MR and PET, in order to accurately stage neoplasms with minimal cost and radiation exposure.
• Develop imaging protocols and techniques to optimize radiation safety and dose reduction in CT, as well as utilize MR imaging in appropriate patient populations, without compromise to diagnostic quality and accuracy of imaging.

Target Audience:
Clinical radiologists in either general or specialized practice and radiologists in training. Familiarity with the fundamentals of CT, MR, PET, and US technology and applications, as well as basic anatomy, is assumed.

The BoardVitals Radiology ABR MOC Recertification Question Bank & Board Preparation has over 1400 ABR Radiology MOC targeted review questions (the majority with images relevant to the exam) to study from.

The BoardVitals qBank offers questions on the clinical content categories as well as the non-interpretive skills found on the Radiology MOC.

BoardVitals Radiology ABR MOC Recertification Features:
• Every question, answer, and explanation is categorized
• Over 1200 images for the clinical portion of the exam
• Case references available
• One of the most used sources for the Radiology MOC exam

Target Audience:
Radiologists preparing for the ABR Maintenance of Certification (MOC) exam.

Duke Radiology Body & MSK Imaging features faculty analysis of state of the art practices in body and musculoskeletal imaging. Best techniques for MR, CT, DECT, PET, SPECT and Ultrasound are presented, with emphasis on practical, everyday application for optimal results.

Topics include DECT, pancreas, liver, thoracic, nuclear medicine, shoulder, elbow, knee, ankle and more.

After studying Duke Radiology Body & MSK Imaging, you will be better able to:
• Identify and discuss the latest modalities and techniques being used in the field of Diagnostic Radiology
• Discuss differential diagnoses of common disease processes as they are seen on radiologic images
• Demonstrate compliance with various governing agencies to sustain accreditation, licensing and board certification requirements.

Meetings by Mail presents the SCBT-MR (Society of Computed Body Tomography and Magnetic Resonance) 40th Annual Course (2017). This activity features a faculty of eighty experts presenting over 40 hours of presentations concerning the latest advances in Body CT & MR.

Topics include Multi Energy CT, Abdominal, Bowel, Pelvis, Technical Advances, Liver, Hot Topics, Gadolinium Deposition, Kidney, Pancreas, Thoracic, Cardiac and Interventional Imaging, as well as and multiple workshops.

Available in Online Streaming and DVD-ROM formats.

After completing the SCBT-MR (Society of Computed Body Tomography and Magnetic Resonance) 40th Annual Course (2017), you will be better able to:
• Discuss the effect of AI and Machine Learning in the radiology field
• Identify the most recent updates on efficient MR protocols
• Provide updates into new and evolving topics in the area of Body CT and Body MR
• Evaluate the different viewpoints to controversial topics in the field like CTE vs MRE for IBD or CT vs MR for Evaluating Renal Masses, Cutting Edge Technology, Congenital Issues, Tumors, Pediatric Imaging, Vascular, Cardiomyopathy, Practice Development and much more.

Target Audience:
Radiologists and other imaging specialists with special interest in Magnetic Resonance and Computed Tomography.

Meetings by Mail presents Penn Radiology Oncologic Imaging: Optimizing Patient Care.

This comprehensive review of Oncologic Imaging features discussions regarding best practices and clinical correlates, with two detailed sessions dedicated to CT screening for lung cancer.

Other topics include: state of the art and emerging techniques, head and neck cancer, thoracic, GI and other abdominal Malignancies, neuroendocrine tumors, lymphoma, melanoma and MSK. Available in Online

Streaming and DVD-ROM formats.

After completing Penn Radiology Oncologic Imaging: Optimizing Patient Care, you will be better able to:
• Explain the current state-of-the-art capabilities of MRI, CT, ultrasound, PET/CT, SPECT/CT and tomosynthesis
• Restate the current standards of care for staging and treatment of various cancers including the expected outcomes of therapy and their associated imaging findings
• Describe techniques for image-guided biopsies including at the skull base, thyroid and renal
• Evaluate the appropriateness of imaging screening, particularly in high-risk individuals for breast or lung cancer
• List current radiotherapeutic options, such as liver-directed microsphere therapy, and the role of cross-sectional imaging

Target Audience:
Radiologists, Nuclear Medicine Physicians and other physicians with special interest in Oncologic Imaging.