On Demand CME Videos

Overview: 

World Class CME offers a variety of learning opportunities from the comfort of your own home. Enhance your knowledge and expertise with our wide selection of Individual CME/Non-CME Lectures—completely free of charge. These engaging and informative videos are made possible through generous sponsorships and grants, providing you with a chance to elevate your skills as a healthcare provider.

At World Class CME, we’re committed to delivering the highest quality Continuing Medical Education. These lectures are just one of the many ways we support your ongoing professional development. Stay ahead in your field with our comprehensive educational resources.

Explore World Class CME On-Demand – Access a library of individual lectures and full courses that are available anytime, 24/7, 365 days a year. Your access typically lasts for 3 years, giving you flexibility to learn at your own pace.

Key Highlights: 

• Objectives from lectures
• Understand the clinical benefit of AI in mammography.
• Describe how mammography AI information is utilized in mammography interpretation.
• Describe how mammography AI can improve radiologist workflow.
• Learn the differences between AI and CAD
• Understand the advantages of AI in breast imaging
• Learn the pitfalls of AI and how to avoid them
• Optimize practice to improve cancer detection with AI
• Learn the differences between AI and CAD
• Understand the advantages of AI in breast imaging
• Learn the pitfalls of AI and how to avoid them
• Optimize practice to improve cancer detection with AI
• Learn about TBI biomarkers​
• Be familiarized with the current clinical platforms for in vitro TBI diagnostics​
• Learn what clinical utilities are available for TBI blood-based biomarkers
• Discuss the broader significance of diversity and inclusion in mammography
• Provide an overview of current mammography services and how they cater to diverse populations
• Understand statistics and studies that show disparities in mammography
• Understand the difference between new, sophisticated breast AI algorithms and older CAD models​
• Identify areas within their practices that can be improved with the use of artificial intelligence​
• Evaluate the commercially available breast AI algorithms and determine which best meets their needs​
• Describe the benefits of skin marker use in 3D tomosynthesis
• Discuss the framework for consistent use of skin markers based on ACR’s updated practice parameters
• Understand the use of skin markers in clinical practice and how they help to achieve and improve patient care
• Adopt and implement contrast enhanced mammography in the participant’s practice.
• Apply the applications of contrast enhanced mammography into the participant’s practice.
• Perform contrast enhanced stereotactic biopsy in the participant’s practice.
• Understand new AI technology in breast imaging
• Utilize AI to increase efficiencies in your practice
• Understand how AI can be used by technologists to help with workflow and patient access
• Prescribe lifestyle management for osteopenia and osteoporosis
• Define osteoporosis, osteopenia and normal bone density
• Name common errors in DXA reporting and interpretation
• Correctly stratify patients’ fracture risk
• Appreciate angiogenesis and tumor formation and growth
• Understand the fundamentals of CEM
• Identify clinical scenarios where CEM is particularly beneficial and discuss the role of CEM in the detection and diagnosis of breast cancer, especially in patients with dense breasts
• Recognize the proper setup and utilization of CEM equipment
• Gain knowledge about CEM clinical applications and considerations, ultimately leading to improved patient outcomes
• Discuss the benefits of incorporating real-time specimen radiography into the breast biopsy operatory
• Understand how emerging technology and technique improves efficiency and accuracy when collecting core samples
• Optimize pathology workflow using specimen radiography and interdisciplinary collaboration
• Review the main literature published on the benefits and effectiveness of Breast Tomosynthesis
• Review the life span of Breast Tomosynthesis until present
• Compare the effectiveness of Breast Tomosynthesis as it relates to breast density and a comparison to ultrasound
• Understand how CEM can be used in clinical practice
• Review biopsy techniques for sampling CEM identified lesions
• Introduce the concept of CEM Biopsy
• Review how CEM biopsy is performed including limitations
• Understand high resolution images and how they are created
• Understand differences between standard tomosynthesis images and high resolution images
• Understand changes between C-view and high resolution 2D images
• Discuss the benefits of de-coupling localization and surgery
• Understand how emerging tools and techniques improve efficiency and accuracy with image guided localization
• Optimize workflow using image guided localization and interdisciplinary collaboration
• Recognize anatomic landmarks of the temporal bone
• Understand how sound transmission can be affected by temporal bone pathology
• Create a pattern-based approach for temporal bone evaluation
• Accurately use DXA scan and FRAX to diagnose osteoporosis and classify risk fracture
• Accurately use DXA scan, TBS and TBS-adjusted FRAX to diagnose osteoporosis and classify risk fracture
• Appropriately request a VFA and/or a single energy femur analysis for specific patients
• Evaluate the current practice of breast localization
• Consider the available localization technologies to best suit ones practice
• Improve patients satisfaction, outcomes and work flow for excision of nonpalpable breast lesion/cancers.
• Discuss the advantages and disadvantages of wire vs wire-free breast tumor localization for surgical guidance​
• Describe techniques for wire-free localization in the breast​
• Explain the use of wire-free localization and neoadjuvant treatment​
• Understand the impact of wire-free localization on oncoplastic breast surgery techniques
• Discuss the evolution of advanced ultrasound technology in breast imaging and review emerging data.
• Describe the impact and utility of advanced ultrasound tools in clinical practice.
• Review case examples of elastography in clinical practice.

Expert Faculty:

• Renowned experts from Brigham and Women’s Hospital, Elizabeth Wende Breast Care, Harvard Medical School, UCSF Department of Radiology and Biomedical Imaging, The University of Texas Health Sciences Center in San Antonio, University of Pittsburg, Memorial Sloan Kettering Cancer Center, NorthShore University Health System, Feinberg School of Medicine, The University of Pittsburgh Medical Center, St. Luke’s University Hospital, CARTI, Boston Medical Center, University of California, San Francisco, George Washington University.
• Distinguished speakers from top institutions with specialization in Radiology, Gynecology and Women’s Health. 

Who Should Participate:

Physicians, nurse practitioners, physician assistants, nurses, and allied healthcare providers in clinical practice with an interest in women’s health including gynecology, radiology, OB-GYN Ultrasound and internal medicine. 

Continuing Medical Education:

Earn CME credits through participation in these on demand activities. 

Accreditation –  World Class CME is accredited by the Accreditation Council for Continuing Medical Education (ACCME) to provide continuing medical education for physicians. See individual lectures and full course video pages for details accreditation information. 

Conclusion:

World Class CME on demand activities  offer an enriching experience combining academic rigor and practical application from the comfort of your home. Many of these offerings are complimentary. 

Call to Action:

Ready to level up your education without leaving home? Get access to world-class learning from the comfort of your space! Whether you’re looking to advance your career or explore new subjects, the opportunity is right at your fingertips. Start today and unlock your potential! 

Keywords: 

On Demand CME, on demand OB-GYN CME, On demand Breast Imaging CME, Recorded CME, On demand radiology CME, Medical education, CME, ASRT approved CE, On demand CEM CME.