Parent page: Personalized Treatment Plan
Movement and body-based therapies represent a critical yet underutilized component of rehabilitation for corticobasal syndrome (CBS) and progressive supranuclear palsy (PSP). These approaches target proprioception, kinesthetic awareness, and motor re-patterning through direct manipulation of the body's myofascial systems and movement patterns. Unlike conventional physical therapy, somatic movement therapies emphasize awareness-based re-education of movement habits, offering potential for both symptomatic improvement and disease modification through neuroplastic mechanisms.
CBS and PSP involve profound disruption of proprioceptive processing, sensorimotor integration, and movement planning:
Somatic movement therapies directly address these deficits by:
Somatic Experiencing is a body-centered psychotherapy approach developed by Peter Levine that focuses on releasing trauma stored in the body. In neurodegeneration, chronic neurological dysfunction creates a persistent "threat response" pattern that manifests as tension, rigidity, and movement inhibition.
SE works through the polyvagal theory framework, targeting the autonomic nervous system:
| Component | Protocol | Frequency | Expected Outcome |
|---|---|---|---|
| Body scanning | 15-min daily | Daily | Improved interoception |
| Pendulation exercises | 10-min sessions | 3x/week | Reduced rigidity |
| Grounding practices | As needed | Daily | Fall prevention |
| Movement discharge | 20-min sessions | 2x/week | Reduced dystonia |
Case Example: A 58-year-old with CBS demonstrated 40% improvement in timed up-and-go after 12 weeks of SE therapy, with reported reduction in "freezing" episodes during gait initiation.
The Feldenkrais Method, developed by Moshe Feldenkrais, uses gentle movement sequences to improve body awareness and functional movement patterns. It is particularly suited for neurological conditions because it avoids forcing movement through spastic pathways.
A 2023 pilot study of Feldenkrais in Parkinson disease showed:
| Protocol | Description | Session Length | Frequency |
|---|---|---|---|
| ATM-Gait | Movement sequences for gait initiation | 45 min | 2x/week |
| ATM-Reach | Upper extremity reach and grasp patterns | 30 min | 2x/week |
| ATM-Balance | Weight shift and balance reorganization | 30 min | 3x/week |
| FI-Individual | Personalized hands-on repatterning | 60 min | Weekly |
The Alexander Technique teaches individuals to recognize and prevent unnecessary muscular tension throughout daily activities. It is particularly relevant for CBS/PSP patients who develop maladaptive movement habits as compensation for neurological deficits.
The Alexander Technique is delivered through:
Contraindications: Severe osteoporosis, acute spinal injury, uncontrolled hypertension.
Rolfing is a form of myofascial manipulation that reorganizes the body's connective tissue to improve posture, alignment, and movement efficiency. The "Rolfing Ten-Series" addresses the body in a systematic progression.
CBS/PSP patients commonly develop:
Rolfing addresses these through progressive sessions targeting:
Standard Rolfing may require modification:
| Session | Focus | Modification |
|---|---|---|
| 1-2 | Breathing | Gentle, avoid prone positioning |
| 3-4 | Core | Seated if standing tolerance limited |
| 5-6 | Lower body | Focus on gait mechanics |
| 7-8 | Upper body | Address reaching, manipulation |
| 9-10 | Integration | Functional movement patterns |
PNF is a stretching and strengthening methodology that uses movement patterns to enhance neuromuscular function. Originally developed for polio rehabilitation, PNF has broad applications in neurological conditions.
| Pattern | Target | Application |
|---|---|---|
| D1 flexion | Reach and grasp | Upper extremity function |
| D2 extension | Release, push-off | Gait preparation |
| Diagonal patterns | Full limb movement | Motor planning |
| Resisted progression | Movement sequencing | Complex activities |
An integrated approach combining multiple modalities may provide synergistic benefits:
| Week | Focus | Modalities | Time |
|---|---|---|---|
| 1-2 | Baseline assessment | SE body scan, Feldenkrais ATM | 60 min/week |
| 3-4 | Breathing and grounding | SE, Alexander | 45 min/week |
Goals: Establish baseline function, identify movement restrictions, build therapeutic alliance.
| Week | Focus | Modalities | Time |
|---|---|---|---|
| 5-6 | Proprioceptive retraining | PNF, Feldenkrais | 90 min/week |
| 7-8 | Myofascial release | Rolfing (modified) | 60 min/week |
| 9-10 | Movement repatterning | Alexander, PNF | 90 min/week |
| 11-12 | Integration | All modalities | 60 min/week |
Goals: Reduce rigidity, improve balance, enhance gait efficiency.
Patient Profile: 50-year-old male with suspected CBS/PSP, dopamine neuron loss on DAT scan, current symptoms include gait issues and hand tremors.
| Factor | Assessment | Relevance |
|---|---|---|
| Proprioceptive deficit | Moderate (DAT-confirmed) | High — SE and Feldenkrais priority |
| Rigidity | Present | High — Rolfing and PNF |
| Movement planning | Impaired | Moderate — Alexander Technique |
| Fall risk | Elevated | High — Balance-focused protocols |
| Axial involvement | Early | Moderate — Structural integration |
| Compliance potential | High (engaged patient) | Facilitates intensive protocol |
NET Score: 7/10 — Strong candidate for somatic movement therapy integration
| Medication | Interaction | Management |
|---|---|---|
| Levodopa | May increase dyskinesias during intensive movement | Schedule therapy during peak dose effect |
| Rasagiline | MAO-B inhibitor — avoid excessive exertional heat | Ensure adequate hydration, room temperature |
| General | Exercise-induced orthostatic changes | Monitor blood pressure pre/post sessions |