The Stoller: Musculoskeletal Imaging Tutorial and Optional Knee Workshop 2016 covers topics such as:
- Develop a shoulder checklist method including interpretation techniques for the rotator cuff and interval, biceps labral complex, inferior glenohumeralligament complex, and capsular structures including the anterior band. Identify glenoid wear patterns in multidirectional instability, microinstability, anterior and posterior instability
- Upon completion of program, participants should be able to:
- Develop a femoroacetabular impingement checklist and distinguish between FAI and DDH pathology. Discuss approaches for accurate acetabular-labral tear identification. Introduce orthopedic articular cartilage classification for the acetabular roof
- Develop a knee checklist with foolproof ACL diagnosis and techniques for prospective diagnosis of all types of meniscal tears, differentiating circumferential surface from cross sectional tear patterns. Introduce strategies in the evaluation of the cruciate ligaments, posterolateral instability, and articular cartilage
- Develop a wrist checklist with emphasis on the intrinsic and extrinsic ligaments and the triangular fibrocartilage. Understand the relevance of perilunate instability, SLAC and triscaphe arthritis
- Develop an ankle checklist including articulations, ligaments, tendons and articular cartilage. Understand all types of soft tissue ankle impingement and posterior ligamentous and subtalar joint anatomy
The Stoller: Musculoskeletal Imaging Tutorial and Optional Knee Workshop 2016 brings together:
- Orthopedic Surgeons
- Board certified general radiologists and trainees interested in musculoskeletal imaging
- Radiologist Assistants and MRI Technologists
- Radiology fellows in training
- Allied health care professionals who desire to have an update on the state of current imaging as an aid to patient management for diseases of the musculoskeletal system
- Practicing physicians in sports medicine and related clinical subspecialties who desire to familiarize themselves with the current role of imaging in patient evaluation
