Musculoskeletal Imaging CME
1 - 6 of 6 results
Topics covered by UCSF Neuro and Musculoskeletal Imaging include:
Knee, Muscle & Tendon, Orthopedic Interposition Injuries, Elbow Injuries in Athletes, Bone Tumors, Femoroacetabular Impingement, Cervical Lymph Nodes, Neck Mass, Cranial Neuropathy, Sinonasal Inflammation, Stroke Imaging, MR Arthrography and many more
After completing UCSF Neuro and Musculoskeletal Imaging, you should be better able to:
•Refine imaging protocols for brain, head and neck, spine, nerve and musculoskeletal CT/MR imaging
•Implement newer MR sequences like 3D volumetric imaging and metal suppression techniques
•Discuss approaches for evaluation of common and uncommon abnormalities in neck and spine
•Attain the latest knowledge on MR arthrographic technique and findings Identify key imaging characteristics of bone tumors
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.
Meetings By Mail presents Penn Radiology Neuro, Body and MSK Imaging Update, designed to enhance comprehension of imaging subjects encountered in everyday practice, and present the newest optimization techniques available.
Selected topics in neuroradiology, head, and neck, abdominal, chest, musculoskeletal and pediatric imaging will be discussed with a multimodality perspective. As such, the expert faculty will provide practical tips to enhance image acquisition and interpretation skills.
This activity is worth up to 21 AMA PRA Category 1 Credits™, which are all applicable to SA- CME requirements for Maintenance of Certification.
Focus: pituitary, maxillofacial, CNS, head & neck, sino-nasal, skull base, brain tumors, abdomen, biliary, pelvis, pancreas, GI, cardiothoracic, pediatric, knee, shoulder, hip, anatomic variants, MSK masses and much more!
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Meetings By Mail presents Duke Radiology Comprehensive Review of Musculoskeletal MRI, providing a thorough review and update of techniques and protocols in this specialized imaging area. Course Director Clyde Helms, M.D. and faculty focus upon the best practices for analyzing a wide range of MSK anatomy, through the use of the latest MRI technology. Hundreds of images and thoughtful discussions provide a valuable resource to optimize musculoskeletal MRI for superior patient care. All 17.25 AMA PRA Category I Credits™ from this enduring material can be used to fulfill Self-Assessment CME requirements for Maintenance of Certification.See full details chevron_right
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 2nd Edition of Duke Radiology: A Comprehensive Review of Musculoskeletal MRI. This activity features Duke Radiology’s Clyde Helms, M.D., providing a thorough analysis and update of imaging techniques relevant to all major and minor musculoskeletal areas, including knee, shoulder, hip, pelvis, foot, ankle, wrist, elbow, spine, bone marrow, tumors and much more. All images are enhanced by the speaker’s pointer, to communicate exact findings and analysis.
After completing Duke Radiology: A Comprehensive Review of Musculoskeletal MRI, 2nd Edition, you should be able to:
• Discuss current musculoskeletal MR imaging procedures.
• Design appropriate musculoskeletal imaging protocols.
• Apply the current advances in musculoskeletal imaging to diagnosing disease processes in the elbow, knee, wrist, shoulder, spine, hip, foot and ankle.
Physicians focusing on Radiologists, MSK Imaging
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.See full details chevron_right
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