STOLLER: A Comprehensive Tutorial in Musculoskeletal Imaging Using the Stoller Checklist Technique

Memo

Upon completion of program, participants should be able to: -Employ a shoulder checklist method including interpretation techniques for the rotator cuff and interval, biceps labral complex, inferior glenohumeral ligament complex, and capsular structures including the anterior band.-Identify glenoid wear patterns in multidirectional instability, microinstability, anterior and posterior instability.-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.-Utilize a femoroacetabular impingement checklist to distinguish between FAI and DDH pathology.-Discuss approaches for accurate acetabular-labral tear identification. Introduce orthopedic articular cartilage classification for the acetabular roof.-Develop an ankle checklist including articulations, ligaments, tendons and articular cartilage.-Describe all types of soft tissue ankle impingement and posterior ligamentous and subtalar joint anatomy.-Develop a wrist checklist with emphasis on the intrinsic and extrinsic ligaments and the triangular fibrocartilage.-Explain the relevance of perilunate instability, SLAC and triscaphe arthritis.-Develop an elbow checklist with the ability to differentiate epicondylitis from instability patterns URL:Tickets: https://go.evvnt.com/1581474-2?pid=5569 Prices:Practicing Physician/Industry: AUD 1395.00,Military/Retired/Scientist/VA: AUD 1295.00,Nurse/PA: AUD 1195.00,Resident/Fellow: AUD 1095.00,Technologist: AUD 995.00 Speakers: David W. Stoller, MD Category: Conferences | Science, Health and Medicine | Radiology Date and Time: 11th August 2023 at 7:30 am to 13th August 2023 at 5:00 pm Venue details: Sofitel Melbourne on Collins, 25 Collins Street, Melbourne, Victoria, 3000, Australia