Rehabilitation Protocol Builder for Chiropractors
Build evidence-based rehabilitation protocols with progressive exercises and compliance strategies
What You Can Do
You can create structured, individualized rehabilitation protocols that move beyond generic exercise lists. This skill helps you develop protocols that specify exercise progression pathways, loading parameters, clear regression/progression criteria, and compliance strategies tailored to each patient's functional limitations and clinical objectives. The result is time-efficient documentation that improves patient outcomes and supports insurance/referral justification.
Features
builds multi-phase protocols with clear advancement criteria from acute to functional loading phases
prescribes sets, reps, frequency, duration, and intensity based on patient presentation and phase
defines measurable thresholds (pain levels, ROM, strength gains) triggering protocol adjustments
generates patient-friendly exercise instructions with images/video cues and compliance tracking logs
establishes condition-specific metrics (ROM, strength, functional tests, return-to-work timelines) aligned with patient goals
recommends adherence interventions (goal-setting, education, feedback loops) tailored to common barriers
supports cervical strain, lumbar dysfunction, shoulder impingement, knee pain, ankle sprains, and custom presentations
Example Output
Cervical Strain Protocol (Weeks 1-4, Phase 1)
Phase Objective: Pain reduction, restore neutral posture, initiate cervical stabilization
Exercises:
-
Cervical posture retractions: 2 sets × 10 reps, 2×/day
- Dosing: Avoid reproduction of radicular symptoms
- Regression: Supine position, remove resistance
- Progression: Standing position, add 1 lb hand resistance
-
Isometric cervical stabilization (4 directions): 2 sets × 10 sec holds, 1×/day
- Dosing: 60% perceived max effort
- Regression: Reduce hold duration to 5 seconds
- Progression: Increase to 15-second holds
Progression Criteria (advance to Phase 2):
- Pain rating ≤3/10 during exercise execution
- Full passive ROM restored in primary planes
- Patient completing HEP 5+/7 days weekly
Compliance Strategy: Weekly check-in texts with exercise reminder + pain tracker link
Ankle Sprain Protocol (Weeks 2-6, Phase 2)
Exercises:
- Single-leg balance on foam pad: 3 sets × 30 sec, 5×/week
- Dosing: Eyes open, stable posture
- Regression: Double-leg stance on foam, handrail support
- Progression: Eyes closed, unstable surface (BOSU), perturbations
Outcome Metrics: Y-Balance anterior reach distance (target: 90% limb symmetry), return-to-sport 1-mile run tolerance by week 6
What's Included
- SKILL.md instruction file: complete skill framework and clinical decision guidelines
- Protocol template spreadsheet: phases, exercises, dosing, progression/regression criteria, outcome metrics
- HEP instruction checklist: patient education components, compliance tracking, exercise instruction standards
- Condition-specific frameworks: pre-built progression sequences for cervical, lumbar, shoulder, knee, ankle presentations
- Compliance strategy playbook: evidence-based interventions for addressing common patient adherence barriers
Who It's For
- Chiropractors developing individualized treatment plans and home exercise programs for musculoskeletal patients
- Physical therapy assistants and rehabilitation specialists creating progressive exercise protocols under clinical supervision
- Sports medicine practitioners designing return-to-sport protocols with phased loading criteria
- Occupational therapists building functional capacity protocols tied to ADL and work-related goals
- Clinical educators in chiropractic programs designing case-based rehabilitation curricula
Best For
- Constructing phase-based home exercise programs (HEPs) with clear progression pathways
- Documenting evidence-based rationale for insurance pre-authorization and treatment justification
- Designing patient-specific outcome metrics aligned with functional return-to-work or return-to-sport goals
- Developing compliance strategies and adherence interventions for patients showing inconsistent participation
- Comparing protocol approaches across patient presentations to standardize clinical decision-making
You might also like
You can conduct comprehensive on-site workplace assessments that systematically identify ergonomic hazards, quantify injury risk factors by job position, and prioritize interventions by clinical impact and implementation feasibility. This skill integrates your musculoskeletal expertise with workplace analysis to produce employer-ready recommendations that address specific job demands—from repetitive tasks to workstation design—while accounting for budget constraints and operational realities.
by aymericzip
Conduct comprehensive fall risk assessments for patients 65+ by identifying modifiable risk factors including balance deficits, medication effects, neurological changes, and environmental hazards. Generate customized intervention plans that adjust treatment protocols based on individual risk profiles, with integrated documentation for liability protection and clinical decision-making that prioritizes patient safety throughout the care episode.
by aymericzip
You can conduct thorough fall risk assessments for geriatric patients by integrating validated screening instruments, functional mobility tests, spinal and neurological evaluation, and environmental risk factor analysis. The skill guides you through systematic documentation of findings, identifies modifiable risk factors specific to chiropractic intervention, and generates personalized prevention protocols that reduce fall probability while preserving patient autonomy and quality of life.
by aymericzip
You can systematically coordinate complex schedules across multiple clinical disciplines, eliminate bottlenecks in patient flow, allocate shared rooms and equipment efficiently, and establish clear handoff procedures between providers. This skill helps you resolve scheduling conflicts, reduce provider idle time and patient wait times, and design communication protocols that keep all disciplines aligned on patient status and treatment plans.
by aymericzip
You can identify inefficiencies in your LLM API spending and receive prioritized recommendations with validated ROI estimates. The skill performs static analysis on your current prompts and configurations, examines dynamic usage patterns to pinpoint high-cost workflows, and runs comparative modeling across optimization scenarios. You'll get implementation roadmaps that quantify financial impact for each change.
by aymericzip
You can design integrated care coordination frameworks that synchronize treatment plans across multiple disciplines within your practice. Claude helps you create inter-provider communication templates, establish clear handoff procedures, develop scheduling protocols that prevent conflicting treatments, and build unified documentation standards—all designed to improve patient outcomes while reducing redundant services and administrative friction.
by aymericzip
You can conduct comprehensive developmental screenings that integrate age-appropriate milestone tracking, functional movement assessment, and red flag identification. This skill enables you to distinguish between normal developmental variation and concerning findings that require specialist referral, ensuring safe and appropriate chiropractic care while supporting informed parent-guardian communication about your clinical decision-making.
by aymericzip
You can input your current scheduling data across locations—including practitioner availability, appointment patterns, no-show rates, and room utilization—and Claude analyzes the information to identify capacity gaps, revenue leaks, and optimization opportunities. Claude generates actionable scheduling strategies, recommends appointment block structures by service type, and provides no-show reduction tactics tailored to your practice's specific constraints.
by aymericzip