🧘 Cognitive Behavioral Therapy for Chronic Pain Simulator
This simulation explores cognitive-behavioral therapy (CBT) as a treatment approach for chronic pain, focusing on the mechanisms of catastrophizing and functional limitation. It covers CBT techniques, patient outcomes, and its effectiveness in managing chronic pain conditions.
Pain Catastrophizing
Chronic pain thinking distorts into rumination and worst-case fear.
- 0–52: Catastrophizing scale (higher means worse distortion)
- Better than: Predicts disability (pain intensity alone)
- Broad: Common conditions (back, joint, nerve pain)
- ~40+: Untreated baseline (typical clinical severity)
Rumination
Pain thoughts loop endlessly, resisting distraction.
Rumination keeps the nervous system on high alert.
Magnification
Ordinary pain signals feel catastrophic and threatening.
Helplessness
Belief that nothing can reduce or control the pain.
Fear-Avoidance Cycle
Catastrophic fear pushes avoidance, avoidance worsens physical decline.
- Fear: Avoidance driver (of movement-related pain)
- Weeks: Deconditioning onset (of reduced activity)
- Downward: Cycle direction (self-reinforcing loop)
- Strong: Disability link (avoidance predicts disability)
Avoidance behavior
Feared movements and activities get systematically skipped.
Avoidance relieves fear short-term, worsens function long-term.
Deconditioning
Muscles weaken, stiffness grows, tolerance for activity drops.
Amplified fear
Lower tolerance makes future movement feel even riskier.
Cognitive Restructuring
CBT teaches patients to identify and reframe catastrophic thoughts.
- 8–12: Typical CBT course (weekly sessions)
- Restructuring: Core technique (identify, test, reframe)
- Thought record: Tool used (homework between sessions)
- ~15%: Early catastrophizing drop (after first sessions)
Thought identification
Patients catch catastrophic thoughts as they occur.
Evidence testing
Automatic thoughts get weighed against real evidence.
Reframing does not deny pain, it changes the response.
Balanced alternatives
Realistic, workable thoughts replace catastrophic ones.
Graded Activity Exposure
Small, planned activity steps gradually rebuild avoided function.
- Graded: Exposure pace (small incremental steps)
- Consistent: Pacing goal (avoids boom-bust cycles)
- Weeks: Tolerance rebuild (of steady practice)
- Central: Homework role (adherence drives progress)
Activity hierarchy
Avoided tasks get ranked and tackled from easiest up.
Pacing not pushing
Steady effort beats overexertion followed by crashes.
Exposure works despite pain, not because pain vanishes.
Confidence building
Each completed step reduces fear of the next.
Reduced Disability
Cognitive and behavioral change together lower disability despite pain.
- ~40–50%: Disability reduction (with completed CBT course)
- ~60%+: Functional gain (activity level improvement)
- Catastrophizing drop: Mediator (not less nociception)
- Modifiable: Key takeaway (thoughts and behavior both)
Function over sensation
Disability falls through coping shifts, not pain reduction.
Combined cognitive and behavioral change drives lasting gains.
Skill durability
Reframing and pacing skills persist after treatment ends.
General applicability
This CBT framework applies across chronic pain conditions.
Session progress snapshot
| Product | Indication | Trial Design | Key Result |
|---|---|---|---|
| Session 0 | Baseline | Catastrophizing and avoidance dominant | Starting reference point |
| Session 3 | Cycle recognition | Fear-avoidance pattern identified | Awareness established |
| Session 6 | Restructuring | Balanced thoughts practiced regularly | Catastrophizing declining |
| Session 9 | Graded exposure | Avoided activities resumed stepwise | Function rising |
| Session 12 | Consolidation | Skills automatic, gains stabilized | Disability down, function up |
This simulation explores cognitive-behavioral therapy (CBT) as a treatment approach for chronic pain, focusing on the mechanisms of catastrophizing and functional limitation. It covers CBT techniques, patient outcomes, and its effectiveness in managing chronic pain conditions.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install