Unit 1406: Orthopaedic Technology

1. Overview of Orthopaedic Technology

• Definition and scope of orthopaedic technology
• Role and responsibilities of orthopaedic technicians
• Importance of orthopaedic technology in modern healthcare
• Interdisciplinary collaboration in orthopaedic care

2. History of Orthopaedic Technology

• Origins and early practices in orthopaedics
• Key historical milestones and breakthroughs
• Evolution of orthopaedic devices (e.g., casts, prosthetics, orthotics)
• Development of surgical and non-surgical orthopaedic techniques

3. Orthopaedic Anatomy and Physiology

• Structure and function of the musculoskeletal system
  • Bones: types, structure, and functions
  • Joints: classification and movements
  • Muscles: types and roles in movement
  • Ligaments and tendons: structure and function
• Physiological processes relevant to orthopaedics (healing, inflammation)

4. Orthopaedic Conditions and Injuries

• Common orthopaedic conditions:
  • Fractures: types and characteristics
  • Sprains and strains
  • Arthritis: osteoarthritis, rheumatoid arthritis
  • Other conditions: dislocations, tendonitis, bursitis
• Causes and risk factors
• Signs and symptoms
• Overview of treatment options

5. Orthopaedic Diagnostic Techniques

• Imaging modalities:
  • X-rays: principles and interpretation basics
  • MRI scans: indications and advantages
  • CT scans and Ultrasound (brief overview)
• Physical assessment techniques:
  • Inspection, palpation, range of motion testing
  • Special tests for specific injuries
• Role of diagnostic techniques in treatment planning

6. Orthopaedic Treatment Modalities

• Non-surgical treatments:
  • Casting and splinting: materials, application, and care
  • Bracing: types and indications
  • Traction: principles and methods
• Surgical interventions:
  • Common orthopaedic surgeries overview
  • Role of orthopaedic technicians in surgical support
• Rehabilitation and physical therapy basics

7. Orthopaedic Devices and Equipment

• Prosthetics:
  • Types and functions
  • Fitting and maintenance
• Orthotics:
  • Types (foot orthoses, spinal braces, etc.)
  • Customization and patient use
• Traction devices and surgical instruments overview
• Equipment handling and care

8. Patient Care and Communication

• Principles of patient-centered care in orthopaedics
• Effective communication strategies with patients and families
• Empathy and emotional support techniques
• Ensuring patient compliance with treatment and rehabilitation plans
• Cultural sensitivity and ethical considerations in patient interactions

9. Occupational Safety and Infection Control in Orthopaedic Settings

• Importance of safety and sterility in orthopaedic care environments
• Infection control practices:
  • Hand hygiene
  • Use of personal protective equipment (PPE)
  • Sterilization of instruments and equipment
• Safe handling and disposal of orthopaedic materials
• Adherence to workplace safety protocols

10. Professional Ethics and Legal Considerations in Orthopaedic Technology

• Ethical principles in orthopaedic practice
• Patient confidentiality and privacy laws
• Informed consent and patient rights
• Compliance with healthcare regulations and standards
• Professional conduct and responsibilities of orthopaedic technicians