Sports Injury Assessment & Return-to-Sport Protocol
Evaluate sports injuries and guide return-to-sport decisions with evidence-based protocols
What You Can Do
You can conduct comprehensive sports injury evaluations that integrate mechanism of injury analysis, special orthopedic tests, and clinical reasoning to determine injury severity and return-to-sport readiness. This skill helps you create sport-specific treatment plans, document findings for third-party clearance, and differentiate between structural damage, functional limitations, and performance deficits—enabling you to make evidence-based decisions about athlete management and injury prevention strategies.
Features
rapidly assess acute injuries and differentiate red flags requiring immediate referral from those appropriate for chiropractic care
reconstruct injury events to identify force vectors, tissue stress patterns, and contributing biomechanical factors
apply sport-specific orthopedic tests with known sensitivity/specificity for targeted anatomical structures
rule in/out competing diagnoses based on clinical presentation, test findings, and imaging correlation
establish progressive, criterion-based milestones aligned with sport-specific demands and functional testing
generate clearance reports that satisfy athletic trainers, team physicians, coaches, and liability standards
assess overuse patterns, load tolerance, and recurrence risk to prevent re-injury
Example Output
Example 1: Acute Ankle Inversion Injury
Mechanism: Non-contact inversion during basketball game, immediate swelling, unable to bear weight. Assessment: Anterior drawer test positive, talar tilt positive, high ankle squeeze negative. Swelling 2+ pitting. Preliminary Diagnosis: Grade II ankle ligament sprain (ATFL/CFL involvement). RTS Timeline: Week 1-2 pain management and ROM restoration; Week 2-3 proprioceptive training; Week 3-4 sport-specific agility; Week 4-5 return to competition pending single-leg hop test ≥90% limb symmetry.
Example 2: Chronic Shoulder Impingement
Mechanism: Overhead athlete with 8-week history of anterior shoulder pain during throwing. Assessment: Neer test positive, Hawkins test positive, scapular dyskinesis present, internal rotation ROM restricted 15° compared to contralateral. Preliminary Diagnosis: Subacromial impingement with scapular dysfunction. RTS Timeline: 6-week strengthening phase targeting lower trapezius and serratus anterior; 2-week sport-specific interval program; return to full throwing pending isokinetic testing within normal limits.
Example 3: Lumbar Strain in Weightlifter
Mechanism: Acute hyperextension during deadlift attempt, localized low back pain, no radicular symptoms. Assessment: Positive Kemp test, negative crossed straight leg raise, quadrant test reproduces symptoms at end-range. Preliminary Diagnosis: Facet-mediated lumbar pain (mechanical origin). RTS Timeline: Week 1-2 active rest with core stabilization; Week 2-4 progressive loading in pain-free ranges; Week 4-6 sport-specific lifting mechanics retraining; return pending pain-free lifting at 90% prior load.
What's Included
- SKILL.md: Complete assessment protocol with clinical decision trees and red flag criteria
- Injury Assessment Template: Structured form covering mechanism, palpation, special tests, and differential diagnosis
- Return-to-Sport Clearance Checklist: Criterion-based milestones for progressive return phases
- Sport-Specific Test Selection Guide: Orthopedic tests organized by anatomical region and sport demands
- Documentation Framework: Third-party clearance report templates for athletic trainers, coaches, and team physicians
Who It's For
- Sports chiropractors — evaluating athletes with acute and chronic injuries
- Athletic trainers — collaborating on assessment and return-to-sport decision-making
- Team physicians — reviewing clinical documentation and clearance recommendations
- Coaches and strength staff — understanding injury severity and progressive return protocols
- Rehabilitation specialists — developing sport-specific treatment and prevention plans
Best For
- Acute injury assessment and triage (sprains, strains, contusions)
- Chronic overuse condition evaluation in overhead and endurance athletes
- Return-to-sport clearance documentation and decision-making
- Mechanism of injury analysis and biomechanical deficit identification
- Sport-specific functional testing and criterion-based progression planning
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