Radiology CME

This comprehensive Radiology CME bundle offers physicians up to 60 AMA PRA Category 1 Credits^TM and comes with up to a bonus $3,000 Amazon or Visa Prepaid Card.

This Radiology CME bundle is constantly updated and covers the most relevant and up to date topics in Radiology including:

• Interventional Radiology
• Radiation and Radioisotope Safety
• Ultrasound
• Musculoskeletal
• Breast
• Cardiac

In addition to earning CME credits, this Radiology CME activity is a great option to help physicians prepare for their American Board of Radiology board certification or recertification exams.

Here is a complete list of features in the BoardVitals Radiology CME Bundle:

• Up to a Bonus $3,000 Amazon or Visa Prepaid Card
• 60 AMA PRA Category 1 Credits^TM
• 60 ABR SA-CME
• Radiology Board Style Questions and cases with detailed explanations
• Up to 24-month access
• Computer, Mobile, and Tablet access – Learn anytime, anywhere

Quick to learn and easy to use, CMEinfo Insider Radiology gives you instant access to CMEInfo’s entire collection of specialty-based educational resources that you can view on your computer, tablet or mobile device.

• View activities and progress on content you have selected, as well as relevant primary specialty recommendations from our Medical Contributors.
• Get regular updates on hot topics in the Med Minute spotlight.
• Manage your courses and AMA PRA Category 1 Credits^TM all in one convenient location.
• Create instant certificates by date, specialty and credit category for all your completed CME activities.

Target Audience: Radiologists

An Acclaimed CME Review of Radiology Fundamentals

The UCSF Radiology Review – Comprehensive Imaging is continuing medical education appropriate for residents, clinical fellows and practicing radiologists interested in updating their working knowledge, by covering all the major radiology subspecialties. It represents the breadth and depth of experience from each subspecialty while providing a step-by-step process for reaching a differential diagnosis.

This online CME program will help you to better:

• Identify imaging fundamentals of each of the radiology sub-specialties and major 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

Learning Objectives

After viewing this activity, participants will demonstrate the ability to:

• Identify imaging fundamentals of each of the radiology sub-specialties (organ systems)
• Prescribe the appropriate utilization of imaging modalities (CT, MR, US, Mammography, Nuc Med) 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

Intended Audience

This comprehensive radiology overview is appropriate for residents, clinical fellows and practicing radiologists interested in updating their working knowledge, of all the major radiology subspecialties.

Faculty Disclosure

The following speakers have disclosed a financial interest, arrangement or affiliation with the following commercial companies (which may provide products or services relating to his/her presentations). All potential conflicts of interest have been resolved in accordance with the ACCME Standards for Commercial Support.

• Travis Henry, MD, Genentech, employee (spouse)
• Thomas Hope, MD, GE Healthcare, grant support/consultant
• Thomas Link, MD, PhD, GE, Insightec, grant/research support
• Maureen P. Kohi, MD, Medtronic, honorarium recipient
• K. Pallav Kolli, MD, Penumbra, Inc., advisor
• John Mongan, MD, PhD, Pharmacyclics, employee
• Antonio Westphalen, MD, PhD, 3D Biopsy, advisor/reviewer
• Benjamin Yeh, MD, Philips, Guerbert, grant/research support; GE Healthcare, consultant, grant/research support; Nextrast, stockholder
• Ronald Zagoria, MD, Recor Medical, consultant

The following faculty have indicated they have no financial relationships to disclose: Spencer C, Behr, MD; Robert D. Boutin, MD; Soonmee Cha, MD; Jesse Courtier, MD; Brett M. Elicker, MD; Vickie A. Feldstein, MD; Nicholas Fidelman, MD; Ruth B. Goldstein, MD; Heather I. Greenwood, MD; Jessica H. Hayward, MD; Michael D. Hope, MD; Priyanka Jha, MBBS; Bonnie N. Joe, MD, PhD; Kimberly G. Kallianos, MD; Amie Y. Lee, MD; Terry C.P. Lynch, MD; John D. MacKenzie, MD; Tara A. Morgan, MD; Daria Motamedi, MD; David M. Naeger, MD; Michael A. Ohliger, MD, PhD; Rina Patel, MD; Andrew S. Phelps, MD ; Liina Poder, MD; Vinil N. Shah MD; Dorothy J. Shum, MD; Ramya Srinivasan, MD; Lori M. Strachowski, MD; Derek Sun, MD; Jason F. Talbott, MD, PhD; Alina Uzelac, DO; Javier Villanueva-Meyer, MD; Emily M. Webb, MD; Stefanie Weinstein, MD; Esther L. Yuh, MD, PhD; Matthew Zapala, MD, PhD.

Expert Clinicians Share Lessons Learned from Medical Mishaps

What My Mistakes Taught Me is a truly unique and illuminating online CME program. In 22 one-hour lectures, physicians from different areas of medicine and surgery discuss the expertise they’ve gained from problems, mistakes, and errors in clinical practice.

Led by Martin A. Samuels, MD, these experienced clinicians share case studies and the take-away messages learned from their own medical mishaps, emphasizing that:

• While we’re not perfect, we’re still valued contributors to our profession and society
• Perceived mistakes help us live with our imperfections and strengthen our integrity
• Recognized mistakes tell us what works and what doesn’t
• Accepting mistakes helps us take responsibility for erroneous ideas or actions
• Open acknowledgement of mistakes inspires others to do likewise

Back by popular demand, 135 cases from Clinical Competence in Cardiac CT are available in online format! Supplemented with all new presentation content and worth up to 60 AMA PRA Category I Credits™, the Clinical Competence in Cardiac CT Compendium will help meet credentialing and/or maintenance requirements for Cardiac CT.

After completing Clinical Competence in Cardiac CT Compendium, the participant should be better able to:

• Review the use of Cardiac CT as a diagnostic tool in the care of patients.
• Describe Cardiac CT’s utility for management of patients with acute chest pain.
• Discuss Cardiac CT’s ability to address structural and functional aspects of coronary artery disease.
• Identify 135 manipulated and interpreted Cardiac CT examinations to the requirements established for credentialing or maintenance in this modality.

The BoardVitals Radiology CME Review offers clinicians 60 AMA PRA Category 1 Credits^TM, 60 ABR SA-CME and over 1,450 Radiology board review questions. The questions cover key topics including musculoskeletal, interventional, and and nuclear. This question bank will assist clinicians with Radiology certification and recertification.

The BoardVitals Radiology CME Review also features:

• Quick and Convenient CME
• Computer, phone, and tablet access
• Constantly updated up-to-date questions
• Questions that are targeted specifically to the exam
• Online CME tracker
• 100% Pass Guarantee
• Statistical comparison to other Radiology test-takers (Nationally)

After completing this activity, you should 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

Target Audience: Radiologists

The Society for Advanced Body Imaging (SABI) has lead innovation into practice for over forty years.  Formerly known as the SCBT-MR, their continuing mission is to improve patient care by piloting state of the art technology, protocols and techniques into the body imaging profession.  SABI builds upon this legacy with their 44th Annual Course, featuring 85 thought leaders delivering the latest concepts impacting body imaging across all modalities. 

Worth 31.75 AMA PRA Category 1 Credits™, this Meetings By Mail activity will meet the entire SA-CME requirement for Maintenance of Certification.

Topics: Artificial intelligence, CT and MR innovations, pelvis, cardiovascular, hepatic, biliary, pancreas, GI, urinary tract, safe practices, lung, lymphatic system, adrenal imaging, CT colonography, wellness and much more!

Stay on top of your game with the StatPearls Physician Unlimited CME programs. With 6,046 activities, StatPearls is the largest CME provider in the world. These Pub-Med Indexed articles are categorized into 162 specialty areas which lets you better access activities that will make the biggest impact on your practice. One subscription allows access to all the activities, including all state-requirements.

Pricing Options

• 6 Month subscription: All 6,339 CME Activities – $249 per 6 months
• Annual subscription: All 6,339 CME Activities – $349 per 1 year
• Lifetime: All 6,339 CME Activities + Access to Board Reviews Forever – $1999

Radiology Imaging CME from the Experts

World Class CME’s National Diagnostic Imaging Symposium™ is a comprehensive online CME program featuring 115 presentations across 10 subspecialties, including Abdominal, Chest, Cardiovascular, Emergency, Genitourinary, Neurology, Musculoskeletal and Nuclear Medicine. This continuing medical education course will help you to better:

• Assess injuries and diseases of the extremities, spine and face using CT and MRI
• Apply ultrasound in musculoskeletal, gynecological, obstetrical, cardiovascular and other organ systems
• Use MDCT and MR imaging to evaluate the abdomen, liver, pancreas, spleen and bowel
• Evaluate genitourinary malignancies, masses and anomalies using MRI, CT and US
• Understand the newest breast screening and diagnostic technologies

Unique Learning Objectives

At the conclusion of this CME activity, you will be better able to:

• Increase diagnostic capabilities in multiple radiology sub-specialties
• Utilize CT and MRI to assess injury and disease in the extremities, spine and face
• Apply ultrasound to musculoskeletal, gynecological, obstetrical, cardiovascular and other organ systems
• Effectively use MDCT and MR imaging to evaluate the abdomen, liver, pancreas, spleen and bowel
• Plan the appropriate imaging of emergency department patients, including pediatric patients
• Improve assessment of genitourinary malignancies, masses and anomalies using MRI, CT and US
• Improve diagnostic accuracy in breast imaging and distinguish advantages of the newest breast screening and diagnostic technologies
• Correctly interpret and stage CT findings in the context of a lung cancer-screening program
• Understand how to utilize non-invasive options such as CT, MR and ultrasound for the evaluation of vascular problems
• Improve skills in MR and US-guided radiology procedures
• Enhance understanding of the use and limitations of PET/CT

Intended Audience

This program was designed to meet the educational needs of practicing radiologists, radiologists in training and other physicians, as well as advanced practitioners with a special interest in radiology.

This comprehensive exploration of musculoskeletal imaging delves into the anatomy and pathology of each joint, cartilage lesions, bone tumors, and more.

This course will help you to better:
• Use optimized protocols for imaging of the musculoskeletal system, including suppression of metal hardware in patients with joint replacements
• Understand the MRI anatomy of the shoulder, digits, hip, knee and ankle
• Identify abnormalities of the joints, muscles, bone marrow and cartilage on MRI and their clinical significance
• Recognize common bone tumors with a pertinent differential diagnosis
• Identify suitable protocols and recognize abnormalities of cervical spine trauma

Topics covered include:
• ACL Reconstruction 
• Elbow Injuries in Athletes 
• Radiographic Checklist for Hip Impingement 
• Three Tough Topics in the Foot/Ankle 
• Digital MRI: The Fingers and Toes 
• Imaging of Cervical Spine Trauma 
• MRI Following Joint Arthroplasty 
• Bone Marrow 
• Bone Tumors 

Target Audience: Diagnostic radiologists, orthopedic surgeons, sports medicine physicians, and MRI technologists with some basic or intermediate knowledge of musculoskeletal MRI who want to increase their knowledge to a more advanced level.