Phase 1: Acute Inpatient (Weeks 1–4)
Week 1: Surgical Recovery
The first week is primarily focused on surgical recovery and preventing complications:
- Days 1–2: Patient in Neuro-ICU or monitored ward. Neurological checks every 4 hours (motor, sensory, bladder). IV analgesia managed by anesthesia team.
- Day 2–3: First physiotherapy contact: passive range-of-motion (ROM) exercises of all limbs. Head-of-bed elevation to 30–45°. No active walking yet.
- Day 3–4: Sitting on bedside with support. Assessment of sensory changes (transient numbness is expected; urinary retention is monitored and managed).
- Day 5–7: First assisted standing. Parallel bars for weight-bearing. Assessment of new baseline muscle tone (Modified Ashworth Scale).
- TCM initiation: Acupuncture begins on Day 5 (light needling at Zusanli ST36, Xuanzhong GB39, Sanyinjiao SP6) to promote circulation, reduce swelling, and stimulate nerve recovery.
Weeks 2–4: Establishing New Motor Patterns
With spasticity now significantly reduced, the nervous system faces a novel challenge: the muscle activation patterns it had learned to overcome spasticity are no longer appropriate. Rehabilitation in this phase rewires those patterns:
- Physiotherapy (twice daily, 45 minutes each): Active-assisted ROM; hip flexor and abductor strengthening; ankle dorsiflexion training; core stabilization exercises on therapeutic mat
- Gait training in parallel bars: Stepping pattern, weight shift, symmetrical stance. Children often show dramatic early gains in this phase — the first steps without scissoring
- Aquatic therapy (if available): Buoyancy-assisted walking reduces weight-bearing demands while training movement quality
- Occupational therapy (hand FSPR patients): Proprioceptive sensory re-education, grip retraining, progressive fine motor tasks. Week 2 patients often first attempt holding a spoon independently
- Bladder rehabilitation: Timed voiding, pelvic floor exercises, monitoring of post-void residual
- Acupuncture (TCM): Daily sessions — motor point needling at target muscle groups (tibialis anterior, hip extensors for lower limb; thenar, hypothenar, extensors for hand FSPR patients)
- Tuina: Daily gentle soft tissue work — prevents muscle contracture, maintains tissue pliability
Phase 2: Intensive Subacute Rehabilitation (Months 2–3)
This is the highest-intensity and most functionally transformative phase. The foundation from Phase 1 is now built upon with systematic functional training:
Robotic Rehabilitation (Lokomat System)
At Eber's Rehabilitation Center, robotic gait training begins in Month 2 for lower limb FSPR patients. The Lokomat exoskeleton assists and guides each gait cycle, enabling hundreds of repetitions per session — far exceeding what manual physiotherapy can achieve. Parameters:
- Sessions: 5×/week, 30–45 minutes each
- Guidance force progressively reduced from 80% → 20% as patient gains active control
- Body weight support reduced from 40% → 0% (full weight bearing) over 8 weeks
- Treadmill speed gradually increased to challenge cardiovascular fitness
TMS (rTMS) for Motor Cortex Reorganization
Repetitive TMS over the primary motor cortex (M1) enhances cortical excitability and supports neuroplasticity during the critical relearning window. At Eber, rTMS (5–10Hz high-frequency protocol) is applied 3×/week over affected limb motor areas throughout Phase 2 and 3.
Functional Milestones — Lower Limb FSPR
- Month 2: Walking with walker, corrected foot placement, no scissoring
- Month 3: Walking with forearm crutches or cane; first outdoor steps with supervision
Functional Milestones — Upper Limb / Hand FSPR
- Month 2: Grasp and release of large objects (cup, ball); assisted writing; first bimanual tasks
- Month 3: Independent eating with utensils; button fastening; turning pages
Phase 3: Active Functional Rehabilitation (Months 4–6)
The focus shifts from basic movement to complex, meaningful functional activities:
- Community ambulation: Stairs, uneven surfaces, crossing roads, shopping
- Fine motor integration: Writing, typing, money handling, cooking tasks
- School/work reintegration: For children — return to school with adapted equipment; for adults — workplace assessment
- Sport and recreation: Swimming, adapted PE, balance sports — critical for motor development in children
- TCM maintenance: Acupuncture 2–3×/week; herbal medicine adjusted for stage; moxa for fatigue and cold tolerance
Expected Functional Achievements at 6 Months
| Patient Type | Pre-FSPR Status | Typical 6-Month Outcome |
|---|---|---|
| Child CP (spastic diplegia) | Scissor gait with walker | Independent community walking |
| Child CP (spastic quadriplegia) | Wheelchair dependent | Supported standing + assisted walking |
| Adult hemiplegia (stroke CP) | Spastic arm, limited hand use | Functional hand for ADL; improved gait |
| Hand FSPR patient | Paralyzed, contracted hand | Fine motor tasks: cutting, writing, tying shoelaces |
| Paraplegia (FSPR for spasticity) | Severe lower limb spasticity | Reduced tone, improved transfers, assisted gait |
Phase 4: Maintenance (Month 6 Onward)
After discharge from the formal rehabilitation program:
- Home exercise program: Written and video-guided exercises for daily self-management
- Outpatient physiotherapy: 1–2×/week maintenance sessions in home country
- TCM outpatient: Monthly acupuncture + herbal medicine review (available via telemedicine prescription)
- Annual review at Eber: Reassessment, gait analysis, tone measurement, and rehabilitation program update
- Telemedicine follow-up: 1, 3, 6, and 12 months — video consultation with Eber rehabilitation team
Tips for Maximum FSPR Rehabilitation Outcomes
- Start rehabilitation as early as Day 2 — early movement prevents muscle weakness from developing in the new low-tone environment
- Consistency over intensity: Daily practice of 30–60 minutes is more effective than sporadic intense sessions
- Bilateral training: Even for unilateral FSPR, train both sides to maintain neural cross-activation
- Sensory re-education: Post-FSPR, sensory feedback changes — proprioceptive training (balance boards, textured surfaces) is critical
- Do not skip TCM sessions: Acupuncture's motor point stimulation provides neural input that complements robotic training
- Family involvement: Parents of CP children are trained as "home therapists" — 30 minutes of daily home exercises multiplies the rehabilitation dose