Proximal Radioulnar Joint and Distal Biceps Tendon
Distal Radioulnar Joint and the Triangular Fibrocartilage Complex – Guided Dissection and MR Imaging Anatomy
Distal Radioulnar Joint and Ulnar-sided Wirst Disorders
Tendons and Retinacula over the Ventral Wrist
Carpal Tunner and Guyon Canal
Gross Anatomy of the Ventral Wrist
Surgical and Percutaneous Techniques for Carpal Tunner Release – Postoperative Median Nerve
Injections and Percutaneous Carpal Tunner Release at the Cadaver Lab
Tendons and Retinacula over the Dorsal Wrist
Ligaments, Bone, and Joints – Overview on Traumatic, Degenerative, and Rheumatological Conditions, Crystal Deposition Diseases, Occult Fractures
Palmar and Dorsal Aspect of the Hand
Fingers and Thumb
Gross Anatomy of the Hand and Fingers
Injection Techniques and Percutaneous Release for Trigger Finger
Surgical Repair for Flexor Tendon Tears – Postoperative Flexor Tendon
Soft-tissue Masses in the Wrist, Hand, and Fingers
Description
Objectives
Description
The course offers specialised training in advanced ultrasound imaging techniques tailored for specialists focusing on musculoskeletal regions. It covers detailed anatomy, scanning techniques, and pathology evaluation in the Forearm, Wrist, Hand, and Fingers. Live demonstrations provide visual examples for accurate identification of structures, complemented by hands-on practice on live models to enhance skills. Interactive discussions and Q&A sessions consolidate knowledge, spanning from fundamental principles to advanced applications, empowering participants with refined expertise in musculoskeletal ultrasound imaging. It also includes dissections, imaging, anatomy, injections, live demonstrations, and training practice using cadavers.
Objectives
Through lectures and practical interactive sessions, participants will be able to use ultrasound as a tool to DIAGNOSE:
Distinguish and identify anatomical landmarks, normal anatomy, anatomical variants, and pathologies.
Interpret and differentiate sonographic apprearances of normal anatomy, anatomical variants, and pathologies.
Acquire scanning techniques to dynamically assess and obtain ultrasound images of relevant anatomy.
Generate and optimise ultrasound images using appropriate machine controls, settings, and transducer selection.
Navigate ultrasound artifacts.
Outline key clinical questions to determine most likely and differential diagnoses.
Synthesise sonographic appearances of pathologies with patient presentation into clinical management decisions.
Evaluate and assess progress through case-based discussions.
