Occupational Injuries in Chiropractic Practice: Risk Factors, Prevention, and Career Longevity

Course overview

*Identify cumulative repetitive stress injuries common in chiropractic and explain employer obligations under OSHA's General Duty Clause. *Differentiate acute from cumulative trauma injuries and recognize injury patterns across early, mid, and veteran career stages. *Apply Newton's laws of motion to understand how adjustment forces transmit into both the patient and the doctor's body. *Describe technique modifications such as seated cervical and drop-assisted adjustments that reduce self-injury during high-volume practice. *Evaluate proper table height and drop-piece settings to minimize compensatory flexion and protect the doctor's joints. *Demonstrate stable stance, neutral spine, and lower-body force generation to prevent cumulative musculoskeletal strain. *Explain the origin of instrument adjusting and describe the repetitive micro-stress cycle leading to chronic tissue injury. *Recognize carpal tunnel syndrome anatomy and apply specific wrist adjustments addressing capitate-lunate malposition. *Describe trigger finger pathology and apply conservative self-management strategies including taping, splinting, and soft tissue work. *Differentiate lateral from medial epicondylitis and apply radial head adjustments with appropriate lines of correction. *Analyze shoulder impingement syndrome biomechanics and identify adjustments to avoid that worsen humeral compression. *Recognize the limitations of self-diagnosis and prioritize rehab focused on grip strength, scapular stability, and core endurance. *Apply rear deltoid and rhomboid strengthening and address AC joint, cervical degeneration, and spondylolisthesis to preserve neck health. *Identify early warning signs of knee bursitis and repetitive injury that warrant workload modification or technique change. *Develop a personalized injury prevention plan accounting for technique, workload, scalability, and self-care strategies. *Evaluate ergonomic office design choices including high-low tables and workspace layout to reduce upper extremity loading.