Musculoskeletal Imaging CME 2017‑2018 | CMEList.com

 


UCSF Musculoskeletal MR Imaging: University of California San Francisco Clinical Update Musculoskeletal MRI CME
Posted by...Bernard Sklar, MD.
Radiology CME Credit Hours...13.0. 
CME Credits Awarded by....University of California, San Francisco School of Medicine.
Cost...........$850.
See this month's special offers on Board Reviews and CME
Instruction Type...Slide-Video Lectures.
Format...Online Video.
Target Audience...RADIOLOGY, MR.
Educational material last updated....May 1, 2016
Expiration of CME credit...April 30, 2019.
Topics covered by UCSF Musculoskeletal MR Imaging  include:
MRI of the Postoperative Shoulder, Knee MRI, Pseudotumors, Digital MRI, Joint Arthroplasty, Cervical Spine Trauma, MRI of the Wrist, Cartilage and Osteochondral Disease, Bone Tumors and many more.
After completing UCSF Musculoskeletal MR Imaging. you should be better able to:
• Relate MR image findings of the shoulder and knee to clinically relevant orthopaedic disorders
• Develop optimized protocols for imaging of the musculoskeletal system, including protocols used to suppress metal hardware in patients with joint replacements
• Understand the MRI anatomy of the shoulder, wrist, hip, knee, ankle, fingers and toes
• 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 related to cervical spine trauma
• Understand peripheral nerve imaging protocols and pertinent findings

UCSF Neuro and Musculoskeletal Imaging: University of California San Francisco Clinical Update Neuro and Musculoskeletal Imaging CME
Posted by...Bernard Sklar, MD.
Radiology CME Credit Hours...21.0. The total credits are inclusive of 2.75 in CT and 18.25 in MR.
CME Credits Awarded by....University of California, San Francisco School of Medicine.
Cost...........$995.
See this month's special offers on Board Reviews and CME
Instruction Type...Slide-Video Lectures.
Format...Online Video.
Target Audience...RADIOLOGY, MR.
Educational material last updated....May 1, 2016
Expiration of CME credit...April 30, 2019.
Topics covered by UCSF Neuro and Musculoskeletal Imaging include:
Avoiding Errors, Head & Neck, Trigeminal Neuralgia, Trigeminal Neuropathy, Head & Neck Cancer, Parotid Masses, Myelopathy, Vascular Anomalies, Pediatric Spine, Hydrocephalus and many others.
After completing UCSF Neuro and Musculoskeletal Imaging, you should be better able to:
• Identify specific imaging features of adult and pediatric brain, spine and neck disorders, such as vascular malformations, infections, seizures, stroke and neck disease
• Understand adult spine pain management procedures and pediatric spine disorders
• Recognize normal anatomy and pathology related to MRI of the major musculoskeletal joints
• Implement the newest cartilage imaging sequences and utilize metal suppression for orthopedic hardware
• Perform emerging MSK techniques including MR evaluation of peripheral neuropathies
• Differentiate between internal derangement and normal postoperative imaging appearances of the shoulder and knee
• Recognize benign processes that can appear malignant in the musculoskeletal system

Duke Radiology: A Comprehensive Review of Musculoskeletal MRI, 2nd Edition Musculoskeletal MRI CME
Posted by...Bernard Sklar, MD. 
CME Credit hours...17.5 applicable toward ABR MOC Self Assessment CME Requirements. 
CME Credits Awarded by....Global Education Group 
Cost...........$645. Combo and Quantity Discounts Available. 
Formats...Streaming Online & DVD-ROM. 
Target Audiences...RADIOLOGY, MSK IMAGING.
Educational material last updated...June 15, 2016.
Expiration of CME credit...June 14, 2019.  
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.

Penn Radiology's Essentials of Body & MSK Imaging MSK Imaging CME
Posted by...Bernard Sklar, MD. 
Musculoskeletal Imaging CME Credit hours...16, applicable toward ABR MOC Self Assessment CME Requirements, includes 8 hours MR, 4.5 hours CT and 2.75 hours Ultrasound. Presentations are also playable on mobile devices and Kindles.
CME Credits Awarded by....Veritas Institute for Continuing Medical Education 
Cost...........$495. Combo and Quantity Discounts Available. 
Format...DVD-ROM and mobile devices 
Target Audiences...RADIOLOGY, CT/MR IMAGING, MSK IMAGING.
Educational material last updated...March 15, 2014.
Expiration of CME credit...March 14, 2017.  
Meetings By Mail collaborates with Penn Radiology to present Essentials of Body & MSK Imaging, featuring state of the art applications of CT, MR and Ultrasound. 
After completing Penn Radiology’s Essentials of Body & MSK Imaging, you should be able to:
• Explain on MR, the appearance of common degenerative and traumatic conditions affecting the hip, knee, ankle, shoulder, elbow and wrist
• Discuss the use of sonography to evaluate joint pathology and ligamentous injuries
• Describe the use of MR and sonography in the evaluation of pelvic pain and in the assessment of the etiology of pelvic mass lesions
• Identify on CT, the appearance of acute abnormalities affecting the gastrointestinal tract, the genitourinary tract and the abdominal aorta
• Describe the multi-detector CT appearance of lesions affecting the pancreas and spleen
• Avoid interpretative errors when analyzing DXA scans
• Recognize on MR, the appearance of lesions arising on the kidneys and adrenal glands
• Describe the appearance of benign and malignant thyroid nodules and the current imaging criteria for recommending thyroid fine needle aspiration.

Duke Radiology Neuro & MSK Imaging  
Posted by...Bernard Sklar, MD.
CME Credit Hours...18.25 applicable toward ABR MOC Self Assessment CME Requirements. Includes 13.5 hours MR, 6 hours CT and 2 hours Nuclear Medicine
CME Credits Awarded by.... Veritas Institute for Continuing Medical Education.
Cost...........$550. Combo and Quantity Discounts Available.
Format...DVD-ROM, with presentations playable on mobile devices
Target Audiences... RADIOLOGISTS and other specialists with interest in NEURORADIOLOGY and MUSCULOSKELETAL IMAGING.
Educational material updated...May 15, 2015.
Expiration of CME credit...May 14, 2018.
Meetings By Mail presents Duke Radiology Neuro & MSK Imaging. Duke's faculty presents the latest techniques for optimal practices in neuroradiology, head, neck and musculoskeletal imaging. Multiple modalities, including MRI, CT and Nuclear Medicine are addressed throughout the activity, with special focus on optimizing protocols. 
Topics include temporal bones, brain tumors, thyroid, CNS, sinuses, stroke, knee, ankle, shoulder, elbow, wrist, spine, hip, trauma and nuclear medicine applications.
All credits from this activity can be used to fulfill Self-Assessment CME requirements for Maintenance of Certification. HD video capture provides optimal image clarity, including presenters' cursor movements. DVD-ROM also includes exportable presentation files for viewing on iPads, smart phones and other mobile devices. 
After completing Duke Radiology Neuro & MSK Imaging, you will be able to:
• Describe techniques and procedures currently used for best results in neuroradiology, head, neck, musculoskeletal and nuclear medicine imaging
• Discuss the newest imaging modalities and protocols used for the diagnosis of various abnormalities in the temporal bones, brain, thyroid, cranial nerves, sinuses and central nervous system
• Apply techniques and acquired insights for optimal imaging of the knee, ankle, shoulder, elbow, wrist, spine and hip