Try Claude
Academic ResearchSearch papers, authors, citations
AI Tools for Physical Therapists
AI tools for exercise programming, clinical research, evidence-based practice, workout planning, and patient education for rehabilitation and injury prevention.
Get started for free
Works in Chat, Cowork and Code
Week 1
Pendulum exercises · passive ROM · scapular retraction
Week 2
Isometric rotator cuff work · active-assisted elevation
Week 3
Theraband IR/ER · sidelying external rotation
Week 4
Light resistance overhead · functional movement patterns
Personalized exercise programming
Generate customized exercise programs targeting specific muscle groups, injuries, or rehabilitation goals. Access database of 1300+ exercises with proper form cues.
Create a 6-week progressive rotator cuff rehabilitation program for post-surgical shoulder (Week 3 post-op). Patient has limited ROM, pain with elevation. Focus on scapular stability.
Generated 6-week program with 24 exercises progressively advancing from pendulum exercises (Week 1-2) to isometric rotator cuff work (Week 3-4) to light resistance (Week 5-6). Each exercise includes reps, form cues, and progression criteria. PDF ready to print for patient.
ToolRouter search_exercises
Week 1–2
Pendulum exercises · passive ROM · scapular retraction
Week 3–4
Isometric rotator cuff · sidelying ER · active-assisted elevation
Week 5–6
Theraband resistance · functional reaching · scapular stability
Evidence-based clinical decision making
Research latest clinical evidence on treatment efficacy for various musculoskeletal conditions. Make evidence-based decisions on manual therapy vs. exercise, or timing of progression.
What does the evidence say about manual therapy effectiveness for knee osteoarthritis? Is it better combined with exercise or as standalone treatment?
Found 12 recent RCTs. Key findings: Manual therapy alone = modest benefit (similar to placebo). Manual therapy + exercise = significant improvement in pain and function. Exercise alone = nearly equivalent to manual + exercise combination. Recommendation: prioritize exercise-based approach.
ToolRouter search_papers
Standalone Manual Therapy
Modest benefit — comparable to placebo in 3 RCTs
Manual Therapy + Exercise
Significant improvement in pain and function (12 RCTs)
Exercise Alone
Nearly equivalent to manual + exercise combination
Recommendation
Prioritise exercise-based approach for knee OA
ToolRouter research
Best Evidence
Exercise: aerobic + strength — NICE Grade A recommendation
Weight Management
Each 1kg loss = 4kg reduction in knee load
Intra-articular Injections
Short-term benefit only — not recommended as primary treatment
Surgery (TKR)
Reserve for severe cases unresponsive to conservative care
Patient education and home program creation
Develop comprehensive patient education on injuries, recovery timelines, and home exercise programs. Improve patient understanding and adherence to rehabilitation.
Create a patient education handout for post-ACL reconstruction. Include: recovery timeline by phase, what to expect, home exercises, activity restrictions, signs of complications, and motivation tips.
Generated 3-page handout with: ACL injury explanation with diagrams, 6-month recovery timeline by phase (acute, early rehab, advanced strengthening, return to sport), phase-specific exercise program, activity modifications by phase, red flags requiring medical attention, and motivational tips.
ToolRouter repurpose_content
Phase 1 (0–2 wks)
Quad sets · ankle pumps · ice 20min/hr · crutches NWB
Phase 2 (2–6 wks)
Mini-squats · SLR · bike (no resistance) · ROM to 120°
Phase 3 (6–12 wks)
Step-ups · leg press · proprioception board · pool walking
Return to Sport (9–12 mo)
Hop test ≥90% · strength symmetry · surgeon clearance
Research rehabilitation protocols
Compile evidence-based rehabilitation protocols for common conditions. Research optimal timing for progression, load management, and return-to-activity criteria.
What is the current evidence-based protocol for ankle sprain rehabilitation? How do we progress safely without re-injury?
Current protocol (2023-2024): Phase 1 (0-2 weeks) - rest/ice/compression, ankle alphabet, gentle ROM. Phase 2 (2-6 weeks) - strengthening with bands, balance training, calf raises. Phase 3 (6+ weeks) - sports-specific training, agility. Key: early mobilization better than immobilization. Return-to-play: single-leg stance >30 sec, hop test >90%.
ToolRouter research
Phase 1 (0–2 wks)
PRICE · ankle alphabet ROM · gentle inversion/eversion
Phase 2 (2–6 wks)
Theraband strengthening · single-leg balance · calf raises
Phase 3 (6+ wks)
Sport-specific agility · hop tests · return-to-play clearance
ToolRouter search_papers
Early Mobilisation
Superior to immobilisation — faster return-to-activity (RCT, n=420)
Balance Training
Reduces re-sprain risk by 47% — JOSPT 2023 meta-analysis
Return-to-Play Criteria
Single-leg stance >30 sec · hop test >90% symmetry
Taping/Bracing
External support during sport for 6–12 months post-injury
Ready-to-use prompts
Rotator cuff program
Generate a 6-week progressive resistance program for rotator cuff strengthening. Include scapular stability exercises, external rotation work, and functional movement patterns. 3x/week protocol.
Research treatment efficacy
What does the latest evidence say about dry needling vs. soft tissue mobilization vs. stretching for treating myofascial trigger points? Any clear superiority?
Tendinopathy protocol
Research the current evidence-based approach to treating patellar tendinopathy. What is the role of eccentric loading, isometric exercises, and load management?
Patient handout
Create a patient education handout explaining hip osteoarthritis, activity modifications, exercise program benefits, and timeline for improvement. Include encouragement.
Tools to power your best work
Content RepurposerTurn any content into posts, scripts, and articles
Deep ResearchAI research reports with citations
Workout Planner1300+ exercises by muscle & gear
165+ tools.
One conversation.
Everything physical therapists need from AI, connected to the assistant you already use. No extra apps, no switching tabs.
New patient assessment and planning
Assess patient condition, research evidence-based protocol, create personalized exercise program, and prepare patient education materials.
Treatment progression and evidence review
As patient progresses, research timing for advancement, evidence on load management, and return-to-activity criteria.
Frequently Asked Questions
How detailed are the exercise descriptions?
Each exercise includes: target muscle groups, starting position, movement description, breathing cues, common mistakes, modifications for difficulty, and contraindications. Use photos/videos in Workout Planner for visual guidance before demonstrating to patients.
Can patients follow the home programs without supervision?
Home programs are designed to be safe and effective with minimal supervision once properly instructed. However, always demonstrate correct form in clinic first. Provide written/video instructions and encourage patients to contact you with questions about form or pain during exercises.
How current is the evidence on rehabilitation protocols?
Academic and Deep Research tools search peer-reviewed literature and pull the most recent evidence. Protocols are updated as new research emerges. Check annually for updated guidelines in your specialty as evidence evolves.
Can I customize the generated programs for individual patients?
Absolutely. Generated programs are starting points. Modify based on patient age, comorbidities, pain level, adherence factors, and specific goals. Your clinical expertise in individualizing is crucial for patient success.
Give your AI superpowers.
Get started for free
Works in Chat, Cowork and Code