Sports injuries are rarely isolated events. Behind every pain presentation lies a cascade of kinetic chain adaptations, neuromuscular compensations, and load-management failures that extend far beyond the site of pain.
This course reframes sports injury management through a systems lens — equipping Doctor of Chiropractic with evidence-based tools to identify kinetic chain faults, interpret movement and gait observations, and build progressive return-to-performance plans for their athletic patients.
Three integrated modules move from conceptual foundation to clinical assessment to load-progressive rehabilitation — bridging the gap between pain relief and genuine performance restoration.
Learning Objectives:
By the end of this course, participants will be able to:
- Apply a systems-based kinetic chain framework to classify and explain sports injuries. Distinguish primary fault segments from compensatory pain sites using current biomechanics and motor control evidence.
- Conduct a structured systems-based clinical assessment of the athletic patient. Perform observational gait analysis, segmental movement screening, and kinetic chain fault identification.
- Identify and interpret muscle sequencing faults and gait deviations relevant to common sports injuries. Correlate observed patterns with their neuromuscular and biomechanical sources across the kinetic chain.
- Design a systems-informed, load-progressive return-to-performance plan. Apply load management science and phase-based rehabilitation frameworks to common sports presentations.
- Communicate findings within a multidisciplinary, patient-centred framework. Formulate referral criteria, co-management strategies, and shared return-to-performance goals.
Sponsors– American Chiropractic Rehabilitation Board and American College of Chiropractic Orthopedists