NYU Langone Advanced Imaging of the Musculoskeletal System Up Your Game 2023
$35.00
VIDEO COURSE · Radiology · 2023
59 lectures and 2 PDFs deliver NYU Langone musculoskeletal imaging across 21.25 hours — covering sports injuries, bone tumors, arthritis and cartilage, pediatric imaging, AI applications, and advances in MR, CT, and ultrasound for every MSK region.
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59lectures
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2PDFs
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21.25hours
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2023year
- Rotator cuff, shoulder labrum, and anterior instability imaging
- Bone and soft tissue tumor differential development
- AI in MSK imaging — acceleration, quantification, and pattern recognition
- Hardware imaging and post-arthroplasty evaluation
NYU Langone advanced imaging of the musculoskeletal system — state-of-the-art updates
The NYU Langone musculoskeletal imaging program delivers 59 online lectures plus 2 PDFs across 21.25 hours — a comprehensive and intensive series covering major topics including sports injuries, bone tumors, arthritis and cartilage imaging, pediatric imaging, and AI applications. Released July 15, 2023, this course helps radiologists and orthopedists improve therapeutic decision-making by modifying imaging techniques and protocols across all areas of musculoskeletal MRI.
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59lectures
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2PDFs
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21.25hours
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2023year
Inside this resource
Shoulder, elbow, wrist, and hand imaging
The shoulder module leads with MR of the rotator cuff — pearls and pitfalls — alongside tendon delamination, the rotator cuff interval, labral imaging, anterior instability, and post-operative shoulder evaluation. The elbow, wrist, and hand sessions cover throwing athlete elbow pathology, ultrasound of the elbow, ulnar-sided wrist injuries, wrist fractures, and MRI and US of finger pathology, with pediatric sports injuries of the upper extremity rounding out the section.
Hip, knee, and tumor imaging
Hip imaging addresses femoroacetabular impingement, pelvic and hip tendons, post-op hip arthroplasty evaluation, groin injuries in athletes, bone abnormalities, and extra-articular impingement syndromes. The bone and soft tissue tumor modules develop a working differential for tumors and guide tissue sampling decisions. Inflammatory arthritides and common MSK infections complete the clinical imaging scope.
AI in MSK imaging and hardware evaluation
Dedicated AI sessions cover acceleration, quantification, and pattern recognition in musculoskeletal imaging — giving you a state-of-the-art perspective on where AI is already making clinical impact. Metal imaging on CT and MR addresses the practical challenge of evaluating patients with hardware and post-arthroplasty pathology, including techniques that improve MR imaging in the presence of implants.
Who this serves
- Radiologists — comprehensive MSK imaging updates across shoulder, hip, knee, and tumor imaging
- Orthopedic surgeons — understanding imaging protocols and post-operative evaluation techniques
- Physical medicine practitioners — learning how imaging best informs rehabilitation and treatment planning
The chart
| Format | 59 video lectures + 2 PDFs |
|---|---|
| Duration | 21.25 hours |
| Release | July 15, 2023 |
| Publisher | NYU Langone |
| Department | Orthopedics |
| Delivery | Instant download after checkout · lifetime re-access |
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5 reviews for NYU Langone Advanced Imaging of the Musculoskeletal System Up Your Game 2023
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Amira S. –
This is the MSK imaging course I recommend to every resident. The breadth is impressive — from pediatric sports injuries to post-arthroplasty hardware evaluation. The 59-lecture format means every topic gets proper depth.
Patricia W. –
59 lectures covering the full MSK imaging spectrum from NYU Langone — exceptional value. The shoulder and hip modules were particularly thorough. The AI sessions gave me practical insight into where the field is heading.
Linda M. –
The AI and hardware imaging sessions are worth the price alone. The faculty present cutting-edge content in a clinically practical way. The shoulder module by Tuite and Resnick is outstanding.
Hiroshi K. –
Comprehensive and well-organized across all MSK regions. The bone tumor differential sessions were outstanding for developing systematic approaches. At 21.25 hours this is a substantial time commitment but the quality justifies it.
David C. –
Strong NYU Langone production quality. The rotator cuff pearls and pitfalls session changed how I approach shoulder MRI. Would have liked more case-based content but the lecture quality is excellent.