The Elbow Joint Course provides a comprehensive overview of elbow joint anatomy, biomechanics, and functionality. Students will learn about its structure, range of motion, and common elbow injuries like fractures and dislocations. The course covers clinical examination techniques, diagnostic methods, and rehabilitation treatments for elbow-related conditions. Ideal for medical professionals, physiotherapists, and sports trainers, this program enhances understanding of elbow joint mechanics for improved patient care and injury prevention.
About mediflick
The Elbow Joint Course provides a comprehensive overview of elbow joint anatomy, biomechanics, and functionality. Students will learn about its structure, range of motion, and common elbow injuries like fractures and dislocations. The course covers clinical examination techniques, diagnostic methods, and rehabilitation treatments for elbow-related conditions. Ideal for medical professionals, physiotherapists, and sports trainers, this program enhances understanding of elbow joint mechanics for improved patient care and injury prevention.
https://gamma.app/?utm_source=made-with-gamma
https://www.mediflick.com/courses/Learn-from-cases--Elbow-joint-65a02a01e4b0b669bf9eb314
https://www.mediflick.com/courses/Learn-from-cases--Elbow-joint-65a02a01e4b0b669bf9eb314
https://www.mediflick.com/courses/Learn-from-cases--Elbow-joint-65a02a01e4b0b669bf9eb314
Elbow Joint: A Case-
Based Learning Approach
Welcome! This presentation explores the elbow joint and its clinical
significance. We will overview the Mediflick course for enhanced
understanding. We will highlight the importance of case-based learning in
mastering elbow joint pathology.
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Anatomy & Biomechanics of the
Anatomical Structures
Humeroulnar, humeroradial, and
radioulnar joints are key.
Key Ligaments
Ulnar collateral (UCL), radial collateral
(RCL), and annular ligaments.
Muscles
Involved in flexion, extension,
pronation, and supination.
Common Elbow Injuries:
A Clinical Overview
1 Lateral
Epicondylitis
Causes, symptoms, and
diagnostic tests.
2 Medial
Epicondylitis
Risk factors, pain patterns,
and evaluation methods.
3 Elbow Dislocations
Mechanisms of injury, fractures, and reduction techniques.
Diagnostic Imaging of
Elbow Injuries
Standard views and
fracture detection.
Soft tissue
assessment and
occult fractures.
Dynamic evaluation of
tendons and
ligaments.
Case Study 1: Managing
Lateral Epicondylitis
Patient Presentation
45-year-old tennis player with lateral elbow pain.
Examination Findings
Pain with wrist extension and palpation.
Treatment Options
Conservative, injections, and surgical considerations.
Case Study 2: Evaluating Elbow
Presentation
Traumatic injury with elbow
deformity and pain.
1
Examination
Obvious dislocation with
neurovascular assessment.
2
Management
Closed reduction and rehabilitation.
3
Advanced Treatment Strategies and Rehabilitation
1
Surgical Interventions
Ligament reconstruction, fracture fixation, arthroscopy.
2
Rehabilitation Protocols
Range of motion and strengthening exercises.
3
Personalized Plans
Based on injury severity and patient factors.
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Conclusion: Mastering
Elbow Joint Pathology
Key Learning Points
Summary of the Mediflick
course.
Comprehensive
Assessment
Importance of evidence-
based management.
Ongoing Learning
Skill development in elbow joint care.