"Create a structured, exam‑oriented physiotherapy protocol for common adult neuro patients. Present the content in a clear Goal–Intervention table format. Include both classical and latest techniques (e.g., NDT, mirror therapy, bobath , hydrotherapy , bfr, roods , cme, motor relearning , robotic gait training, VR rehab, brain–computer interface). Where different approaches apply to different conditions, mention both explicitly (for example: fast icing for flaccid stage, slow icing for spasticity). The output should beenough that simply reading it will allow a student to understand, recall, and write the protocol in exams without needing extra references.
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physiotherapy protocol neuro rehabilitation stroke TBI SCI Parkinson Guillain Barre NDT Bobath mirror therapy VR BCI robotic gait training 2024 2025
The library doesn't have dedicated physiotherapy books, but I have enough expert knowledge plus the web search context. Now I'll compose the full, exam-oriented protocol from my comprehensive knowledge base.
Physiotherapy Protocol for Common Adult Neurological Conditions
Exam-Oriented Reference | Goal–Intervention Table Format
PART 1: FOUNDATIONAL FRAMEWORK
Principles of Neurological Physiotherapy
| Principle | Clinical Meaning |
|---|---|
| Neuroplasticity | The CNS can reorganize itself in response to activity. All interventions exploit this. |
| Task-specificity | Practice of the actual task drives the most relevant cortical map change. |
| Intensity & Repetition | High-dose, repetitive practice is superior to low-dose (Massed Practice). |
| Motor Learning | Acquisition, retention, transfer of skill. Blocked practice early; random practice late. |
| Timing | Earlier intervention = better outcomes (critical/sensitive periods). |
Approach Quick-Reference Glossary
| Approach / Technique | Full Name & Core Concept |
|---|---|
| NDT / Bobath | Neurodevelopmental Treatment. Inhibit abnormal tone & reflexes; facilitate normal movement patterns. Handling techniques used by therapist. |
| Brunnstrom | Exploit synergy patterns (flexor/extensor) as a stepping stone to voluntary control across 6 recovery stages. |
| Rood's | Sensory stimulation (cutaneous, proprioceptive) to facilitate or inhibit muscle tone. Fast icing = facilitation; Slow stroking = inhibition. |
| PNF | Proprioceptive Neuromuscular Facilitation. Diagonal & spiral patterns; overflow; rhythmic stabilisation. |
| MRP | Motor Relearning Programme (Carr & Shepherd). Task-oriented; eliminate unnecessary muscle activity; practice in context. |
| Mirror Therapy | Visual illusion of the paretic limb moving; activates mirror neuron system. |
| CIMT | Constraint-Induced Movement Therapy. Constrains the unaffected limb to force use of the paretic limb. |
| CME | Cognitive Movement Therapy (Perfetti). Hypothesis-testing approach; patient uses sensory information to solve motor problems. |
| Hydrotherapy | Water-based exercise using buoyancy, resistance, hydrostatic pressure. |
| BFR | Blood Flow Restriction Training. Low-load exercise with partial occlusion to achieve strength gains. |
| Robotic Gait Training | Exoskeleton or end-effector devices (Lokomat, ReWalk) providing task-repetitive gait. |
| VR Rehab | Virtual Reality rehabilitation; immersive task practice with feedback. |
| BCI | Brain-Computer Interface. Neural signals directly drive external device or FES to close the motor loop. |
| NMES / FES | Neuromuscular/Functional Electrical Stimulation. Elicits contraction via surface electrodes. |
| TMS / tDCS | Non-invasive brain stimulation augmenting cortical excitability. |
PART 2: CONDITION-SPECIFIC PROTOCOLS
2.1 STROKE (Hemiplegia / Hemiparesis)
Stage Classification (Important for Exam)
| Stage | Features | Tone |
|---|---|---|
| Flaccid | No voluntary movement, deep reflexes absent/reduced | Hypotonic |
| Spastic | Abnormal synergies, hyperreflexia, clonus | Hypertonic |
| Recovery | Selective movement returns, synergies break down | Normalising |
Goal–Intervention Table: STROKE
| Goal | Technique / Intervention | Key Details |
|---|---|---|
| Prevent complications (early) | Positioning, PROM, chest physio | Anti-spastic positions; semi-recumbent; arm supported on pillow; affected LE in neutral |
| Facilitate tone - Flaccid stage | Rood's Fast Icing | Ice applied quickly over hypotonic muscle belly; also tapping, quick stretch, vibration to facilitate contraction |
| Inhibit tone - Spastic stage | Rood's Slow Icing / Slow Stroking | Slow ice over paraspinals or muscle belly; prolonged stretch; neutral warmth via wrapping |
| Inhibit spasticity & facilitate normal movement | NDT / Bobath | Therapist uses reflex inhibiting patterns (RIPs) and key points of control (trunk, shoulder girdle, pelvis); inhibit abnormal tone before facilitating movement |
| Use synergy patterns as stepping stone | Brunnstrom | Stage 1-2: facilitate flexion synergy; Stage 3: use synergy for function; Stage 4-6: break out of synergy progressively |
| Upper limb activation - severe paresis | Mirror Therapy | Paretic hand hidden behind mirror; patient watches reflection of normal hand moving; 15-30 min/day; best in flaccid/early spastic stage |
| Forced use of paretic limb | CIMT | Mitt/sling on unaffected hand for 90% waking hours; 6h/day massed practice; minimum 10-20° active wrist/finger extension required |
| Sensorimotor re-education | CME (Perfetti) | 1st level: passive discrimination; 2nd level: active discrimination with eyes closed; 3rd level: complex recognition; focuses on sensory-cognitive loop |
| Gait re-education - early | NDT gait training + Bobath | Weight shifting, trunk control, step initiation through key point facilitation at pelvis; use of parallel bars |
| Gait re-education - technology | Robotic Gait Training (Lokomat) | Body weight support (20-40% initially) + motorised exoskeleton; high-repetition gait cycles; progress by reducing BWS |
| Gait immersive practice | VR Rehabilitation | Exergames, avatar-based overground walking simulations; auditory/visual biofeedback; improves balance, step length |
| Cortical reorganisation | BCI | EEG/ECoG signals decode motor intent → drive FES or robotic orthosis; creates contingent afferent feedback; best for chronic severe paresis |
| Task-oriented practice | Motor Relearning Programme (MRP) | Carr & Shepherd: analyse task → practice components → practice whole task → transfer; eliminates compensation |
| Aquatic rehab | Hydrotherapy | Buoyancy reduces weight-bearing; warm water reduces spasticity (37-38°C); use for early standing, gait, UL movement |
| Shoulder subluxation | Bobath slings, NMES to supraspinatus/deltoid, positioning | Prevent inferior subluxation; NMES 20-40 Hz, 15 min sessions |
| Muscle strengthening (chronic) | PNF + BFR | BFR at 40-80% limb occlusion pressure; low-load resistance (20-30% 1RM); 4 sets (30-15-15-15 reps); prevents disuse atrophy |
| Balance training | Postural control exercises, Wii balance board, VR balance | Tandem stance, single-leg stance on stable then unstable surface; dual-task training |
| Cognitive-motor integration | TMS / tDCS adjunct | Inhibitory 1Hz rTMS over contralesional hemisphere (or excitatory over ipsilesional); paired with PT for upper limb |
2.2 TRAUMATIC BRAIN INJURY (TBI)
Key Considerations
- Rancho Los Amigos Scale (I-X) guides intervention level
- Cognitive deficits heavily influence rehab approach
- Agitation is common in levels IV-V - de-escalation before exercise
Goal–Intervention Table: TBI
| Goal | Technique / Intervention | Key Details |
|---|---|---|
| Coma stimulation (Level I-II) | Multisensory stimulation programme | Auditory (familiar voices), tactile (different textures), olfactory, visual; 15-20 min sessions, 4-6x/day |
| Reduce tone & prevent contractures | Bobath positioning, serial casting, splinting | Anti-spastic positioning; standing frame 30-60 min daily; dynamic orthoses at night |
| Improve arousal & attention (Level III-IV) | Structured sensory stimulation, graded activity | Short sessions (<20 min); minimal distractors; one-step commands |
| Motor control & coordination | NDT/Bobath + MRP | Normalise tone first; then task practice; emphasise trunk stability |
| Cognitive-motor dual task | CME + VR | VR environments for attention, memory, problem-solving with simultaneous motor task |
| Balance & gait | Robotic gait training + BWS treadmill | Lokomat for severe gait impairment; BWS treadmill for moderate; progress to overground walking |
| Post-traumatic ataxia | Frenkel's exercises, Cawthorne-Cooksey exercises | Gaze stabilisation; head movement exercises; coordination exercises from lying → sitting → standing |
| Hydrotherapy | Warm water pool therapy | Proprioceptive input; reduces fear of falling; vestibular stimulation in water; balance retraining |
| Spasticity management | Rood's slow icing, PNF rhythmic stabilisation | Slow stroking down paraspinals to reduce tone; prolonged stretch; combined with botulinum toxin if severe |
| Upper limb function | Mirror therapy + CIMT (when appropriate) | When cognitive level adequate (Level VI+); mirror therapy for hemiparesis component |
| Return to community | VR simulation, dual-task training | Crossing roads (VR), kitchen tasks, driving simulation; generalization of skills |
2.3 SPINAL CORD INJURY (SCI)
Key Classification
- Complete (AIS A) vs Incomplete (AIS B-D)
- Level determines functional goals: C4 = phrenic pacemaker; C5 = shoulder; C6 = wrist extension; C7 = elbow extension; T1 = intrinsic hands
- ASIA Impairment Scale (AIS): A (complete) → E (normal)
Phases: Acute (spinal shock, flaccid), Chronic (spasticity in UMN injuries)
Goal–Intervention Table: SCI
| Goal | Technique / Intervention | Key Details |
|---|---|---|
| Respiratory support (cervical SCI) | Chest physiotherapy, assisted cough, incentive spirometry | Glossopharyngeal breathing; manual-assisted cough (quad cough technique); IPPB |
| Prevent pressure injuries | Pressure relief techniques, positioning | Turn every 2h; wheelchair push-ups (weight reliefs) every 30 min |
| Manage spinal shock - flaccid phase | PROM, positioning, Rood's facilitation | Fast icing, tapping, brushing over key muscle groups; maintain joint ROM |
| Spasticity management - chronic UMN | Rood's slow icing, hydrotherapy, Bobath inhibition | Warm water (hydrotherapy) 37-38°C significantly reduces spasticity; prolonged stretch; tilt table standing |
| Muscle re-education - incomplete | PNF, NMES, BFR | PNF proprioceptive facilitation; NMES for quad/hamstring/triceps surae; BFR for residual voluntary muscle |
| Robotic gait training | Exoskeleton (ReWalk, Ekso, Lokomat) | AIS C-D patients; 20-40% BWS initially; progress stepping with robotic assistance; 45 min sessions 3-5x/week |
| BCI + FES | Closed-loop BCI-FES | Motor intent (EEG) → triggers FES to muscles; allows voluntary-like grasp in C5-C6 tetraplegics; most advanced technique |
| Transfers & mat activities | Mat programme (rolling, supine → sit → stand) | Rolling: head-hip relationship; long sitting: balance training; transfers: wheelchair ↔ bed ↔ car |
| Wheelchair propulsion training | Ergonomic technique, pressure relief | Propulsion arc 100-120°; smooth long strokes; avoid repetitive strain |
| Standing programme | Tilt table → standing frame → parallel bars | Prevents osteoporosis, DVT, contractures; 60-80° tilt; 30-60 min/day |
| Hydrotherapy | Aquatic therapy | Halliwick method for water confidence; buoyancy allows standing/gait impossible on land; resistance training |
| BFR training | Blood Flow Restriction | Preserves/builds muscle in partially innervated limbs; 20-30% 1RM with 40-80% LOP cuff; reduces atrophy |
| VR rehab | Immersive motor imagery + FES | Mental practice + VR visualization activates dormant motor pathways; enhances neuroplasticity in incomplete SCI |
| Autonomic dysreflexia | Education and positioning | Sit patient upright immediately; remove noxious stimulus; monitor BP; not an exercise intervention - a safety protocol |
2.4 PARKINSON'S DISEASE (PD)
Key Features for PT
- Rigidity (cogwheel/leadpipe), bradykinesia, resting tremor, postural instability
- Falls risk is highest concern
- ON/OFF fluctuations with medication - schedule therapy in ON phase
Goal–Intervention Table: PARKINSON'S DISEASE
| Goal | Technique / Intervention | Key Details |
|---|---|---|
| Reduce rigidity | Rood's slow rhythmic movements, warm hydrotherapy, PROM | Slow rhythmic rotation (log roll technique); passive range before active exercise; warm water 37-38°C |
| Improve gait (festination, freezing) | Cueing strategies | Auditory cues (metronome at 10% above comfortable cadence); visual cues (lines on floor, laser shoes); rhythmic auditory stimulation (RAS) |
| LSVT BIG | Lee Silverman Voice Treatment - BIG | High-amplitude, high-intensity movements; calibration tasks; 16 sessions over 4 weeks; improves gait, upper limb, balance |
| Postural correction | NDT/Bobath, Alexander Technique, mirror feedback | Trunk extension exercises; mirror work for postural awareness; prone lying for hip extension |
| Balance training | Tai Chi, VR balance training, sensory organization exercises | Tai Chi: evidence Grade A for falls reduction in PD; VR: Wii balance board, games with balance challenge |
| Robotic gait training | Lokomat, split-belt treadmill | Treadmill training at slightly faster speed forces longer steps; addresses hypokinesia; 20-30 min, 3x/week |
| Freezing of Gait (FOG) | Attentional strategies, stepping over obstacles, tango dancing | Count 1-2-1-2 to break freeze; step over imaginary line; tango specifically studied for FOG and balance |
| VR Rehabilitation | Exergaming, interactive balance tasks | Nintendo Wii, Kinect-based games; improves dual-task walking; high patient engagement |
| Dual-task training | Walking + cognitive tasks | Motorola talk while walking; carry a glass; counting backwards; reduces dual-task interference |
| Hydrotherapy | Aquatic exercise programme | Reduces rigidity; buoyancy supports balance training; gait in chest-deep water; 30-45 min 2-3x/week |
| BFR | Low-load resistance with BFR | Prevents sarcopenia; important in elderly PD patients who cannot tolerate heavy loads |
| Respiratory | Diaphragmatic breathing, chest expansion | Restrictive pattern due to rigidity; Incentive spirometry; singing therapy adjunct |
2.5 GUILLAIN-BARRÉ SYNDROME (GBS)
Key Features for PT
- Ascending flaccid paralysis (LMN); demyelinating
- Phases: Acute (deterioration) → Plateau → Recovery
- No high-intensity exercise in acute/plateau - risk of prolonged fatigue
- Autonomic instability: monitor HR and BP during exercise
Goal–Intervention Table: GUILLAIN-BARRÉ SYNDROME
| Goal | Technique / Intervention | Key Details |
|---|---|---|
| Acute phase: prevent complications | Passive ROM, positioning, chest physio | PROM twice daily; anti-pressure sore positioning; ventilatory support if VC < 15-20 mL/kg |
| Chest physiotherapy | Postural drainage, percussion, assisted cough | Diaphragm may be involved; IPPB; nasopharyngeal suctioning if bulbar involvement |
| Facilitate muscle activity | Rood's fast icing, tapping, vibration | GENTLE facilitation only; fast icing over flaccid muscles; avoid fatigue |
| Hydrotherapy - recovery phase | Warm aquatic therapy | Water supports weak limbs; early mobility possible; warm water reduces pain; 36-37°C |
| Progressive strengthening | PNF, graded resistance | Start with gravity eliminated positions; PNF diagonals; progress slowly; rest: activity ratio 1:4 initially |
| Gait re-education | Parallel bars → walking aids → independent | Tilt table for orthostatic training first; graduated standing; ankle-foot orthoses if foot drop persists |
| Fatigue management | Energy conservation techniques | Pacing; rest breaks; prioritization of activities; activity diary |
| Pain management | TENS, hydrotherapy, positioning | Neuropathic pain common; TENS 80-100 Hz for pain relief; warm water; supportive positioning |
| Sensory re-education | Graded sensory stimulation, CME | Progress through textures; proprioceptive retraining on wobble board; CME second-level tasks |
| BFR (late recovery) | BFR training for residual weakness | Safely builds strength without excessive neuromuscular demand; when patient has voluntary control |
| Psychosocial | Goal-setting, pacing education | Anxiety common; set achievable weekly goals; normalise slow recovery trajectory |
2.6 MULTIPLE SCLEROSIS (MS)
Key Features
- Relapsing-remitting or progressive; fatigue is the #1 disabling symptom
- Uhthoff's phenomenon: heat worsens symptoms - cool environment for exercise
- Exercise is beneficial but must avoid overheating
Goal–Intervention Table: MULTIPLE SCLEROSIS
| Goal | Technique / Intervention | Key Details |
|---|---|---|
| Fatigue management | Energy conservation, pacing, cooling vest | Exercise in cooled environments; cooling vest reduces Uhthoff's; activity pacing (50-60% energy reserve rule) |
| Spasticity | Rood's inhibitory techniques, hydrotherapy, stretching | COOL water (28-30°C) preferred (not warm - worsens Uhthoff's); slow sustained stretching; standing frame |
| Balance & coordination | Frenkel's exercises, VR balance training | Frenkel's: lying → sitting → standing sequence for ataxia; VR: Kinect-based balance games |
| Gait | Robotic gait training, FES for foot drop | FES (NESS L300) for foot drop; Lokomat for significant gait impairment; treadmill training |
| Strength | Aquatic resistance, BFR | BFR ideal in MS: high strength gains with low thermal load; aquatic resistance if no Uhthoff's issue |
| Cognitive-motor | Dual-task training, VR cognitive-motor tasks | Cognitive fatigue and motor fatigue co-occur; dual-task paradigms improve both |
| Upper limb | Mirror therapy, task-specific practice | For unilateral upper limb paresis/cerebellar dysfunction |
| Relapse phase | Rest + gentle positioning + PROM | No active exercise during acute relapse; maintain ROM only |
2.7 CEREBRAL PALSY (Adult with CP)
Goal–Intervention Table: CEREBRAL PALSY (Adult)
| Goal | Technique / Intervention | Key Details |
|---|---|---|
| Spasticity management | NDT/Bobath, Rood slow inhibitory, hydrotherapy | Reflex inhibiting postures; slow sustained stretch; warm water (37-38°C); serial casting |
| Selective motor control | CME + task-specific training | CME first-level (passive discrimination) progressing to active tasks; sensorimotor integration |
| Strength & function | PNF, BFR, task-specific strength training | Evidence shows strength training does NOT worsen spasticity in CP; BFR for low-load gains |
| Gait | Robotic gait training + orthotic management | Lokomat for high-repetition gait; AFOs for foot clearance; improve symmetry |
| Upper limb (hemiplegia) | CIMT, mirror therapy, VR | CIMT effective in adult hemiplegic CP; VR provides high-repetition UL tasks |
| Balance | Core stability, postural control programme, VR | Swiss ball exercises; perturbation training; VR exergaming for balance |
PART 3: TECHNIQUE-BY-TECHNIQUE DEEP REFERENCE
Rood's Approach - Exam Detail
| Stimulus Type | Effect | Temperature Specifics |
|---|---|---|
| Fast icing (quick application, 3-5 sec) | Facilitates muscle contraction (flaccid stage) | Ice cube applied rapidly; used in GBS, flaccid hemiplegia |
| Slow icing / prolonged cold | Inhibits muscle tone (spastic stage) | 3-5 min application; reduces gamma motor neuron activity |
| Slow stroking (down paraspinals) | Inhibits general tone | Parasympathetic effect; 3-5 min |
| Fast brushing (Ayres brushing) | Facilitates tone and muscle activity | Electrical brush; wait 30-45 min to observe effect |
| Vibration (high frequency 100-300Hz) | Facilitates muscle via tonic vibration reflex | Applied over muscle belly or tendon |
| Neutral warmth (wrapping) | Inhibits tone | Maintained temperature neutral zone; reduces spasticity |
| Heavy joint compression | Facilitates postural muscles | Weight-bearing, approximation techniques |
| Traction | Facilitates flexor muscles | Gentle joint distraction |
NDT/Bobath - Exam Detail
| Component | Description |
|---|---|
| Key Points of Control | Proximal: shoulder girdle, pelvis, trunk. Distal: hand, foot. Therapist handles at KPCs to influence tone throughout body. |
| Reflex Inhibiting Patterns (RIPs) | Postures opposite to synergy patterns that inhibit spasticity (e.g., shoulder protraction/external rotation counters upper limb flexor synergy) |
| Weight-bearing | Used to normalise tone and provide proprioceptive input |
| Preparation | Always reduce tone before facilitating movement |
| Carryover | 24-hour management; family training |
| Current evidence | NDT not superior to other task-oriented approaches in RCTs, but widely used for handling and positioning |
Mirror Therapy - Exam Detail
| Aspect | Detail |
|---|---|
| Mechanism | Activates mirror neuron system; visual feedback of "moving" paretic limb stimulates motor cortex |
| Setup | Mirror sagittal plane; paretic hand behind mirror; patient views reflection of unaffected hand |
| Duration | 15-30 min/session, daily, minimum 4 weeks |
| Best for | Stroke (flaccid-spastic transition), CRPS, phantom limb pain, GBS recovery |
| Contraindicated | Severe cognitive impairment, neglect, severe visual field defect |
| Evidence | Cochrane review: improves UL motor function and pain; moderate quality evidence |
CME (Perfetti / Cognitive Movement Therapy) - Exam Detail
| Level | Task Description |
|---|---|
| 1st degree | Therapist moves patient passively; patient recognizes shape/texture with eyes closed |
| 2nd degree | Patient actively guides movement; discriminates sensory information |
| 3rd degree | Complex, multi-joint movements in different environmental contexts |
| Core principle | Movement is a cognitive act; sensory hypothesis testing drives motor recovery |
Motor Relearning Programme (Carr & Shepherd) - Exam Detail
| Step | Action |
|---|---|
| 1. Task Analysis | Observe what patient can/cannot do; compare with normal |
| 2. Practice of missing components | Isolate and practice deficient components |
| 3. Practice of whole task | Integrate components into full task |
| 4. Transfer of training | Practice in varied environments; use real objects |
| Key tasks | Upper limb reach/manipulation, sit-to-stand, balance, walking |
| Core principle | Eliminate unnecessary muscle activity (compensation); optimise economy of movement |
BFR (Blood Flow Restriction) Training - Exam Detail
| Parameter | Value |
|---|---|
| Cuff pressure | 40-80% of Limb Occlusion Pressure (LOP) |
| Load | 20-30% of 1-Rep Maximum |
| Sets x Reps | 4 sets: 30-15-15-15 reps (with 30-60 sec inter-set rest) |
| Mechanism | Metabolite accumulation + hypoxia → growth hormone surge + satellite cell activation |
| Neurological use | Stroke (chronic), SCI (residual innervation), MS, PD, GBS recovery |
| Contraindications | DVT, severe hypertension, open wounds, severe peripheral vascular disease |
| Evidence | Builds muscle strength comparable to high-load training at much lower loads |
Robotic Gait Training - Exam Detail
| Device Type | Example Devices | Mechanism |
|---|---|---|
| Exoskeleton | Lokomat, ReWalk, Ekso Bionics | Full limb guidance; motorised joints; combined with body weight support (BWS) treadmill |
| End-effector | Gait Trainer GT1, G-EO | Footplates simulate gait cycle; less joint control; better functional arm outcomes |
| Parameters | BWS: 20-40% initially → reduce to 0%; 20-40 min/session; 3-5x/week | |
| Neurological plasticity | Repetitive, high-dose gait cycles drive subcortical and cortical map reorganization | |
| Conditions | Stroke, SCI (AIS C-D), TBI, MS, CP | |
| Key finding | Combines with VR feedback gives superior outcomes vs. robotic training alone |
VR Rehabilitation - Exam Detail
| System Type | Example | Use |
|---|---|---|
| Immersive VR | HTC Vive, Oculus Quest | Full sensory immersion; best for UL reaching, gait, balance |
| Non-immersive | Nintendo Wii, Kinect | Accessible; balance, coordination, dual-task |
| Robot + VR | Armeo Spring with VR screen | Upper limb gravity-supported practice with gamified tasks |
| Mechanism | Neuroplasticity via enriched sensory environment; high motivation and engagement; biofeedback | |
| Evidence | Moderate-quality evidence for UL function and balance in stroke; emerging in TBI, SCI, PD | |
| Conditions | Stroke, TBI, SCI, PD, MS, CP, GBS |
BCI (Brain-Computer Interface) - Exam Detail
| Type | Mechanism | Clinical Application |
|---|---|---|
| Non-invasive EEG-based | Motor imagery EEG signals decoded → control robotic hand or FES | Chronic stroke with severe paresis; SCI |
| Invasive (ECoG/LFP) | Electrodes on/in cortex; higher resolution signals | Research stage; locked-in syndrome |
| Closed-loop BCI-FES | Motor intent → FES stimulates muscles → sensory feedback to brain | C5-C6 SCI hand function; chronic stroke UL |
| Mechanism | Contingent afferent feedback during active motor attempt → Hebbian plasticity | |
| Current status | Evidence emerging; primarily in research/specialist centres; showing significant promise for chronic, severe cases |
Hydrotherapy - Exam Detail
| Parameter | Stroke / CP / SCI | GBS | PD | MS |
|---|---|---|---|---|
| Water temp | 37-38°C (warm to reduce spasticity) | 36-37°C (warm, comfortable) | 36-38°C | 28-30°C (COOL - Uhthoff's!) |
| Level | Chest/neck deep: maximum offloading | Start shallow; progress | Waist-deep standing | Chest-deep |
| Techniques | Halliwick, Bad Ragaz Ring Method | Gentle float, walking | Walking, turning, balance | Resistance, balance |
| Buoyancy benefit | Allows movement impossible on land | Supports weak limbs | Reduces fall fear | Offloads joints |
PART 4: STAGE-BASED ROOD'S TECHNIQUE SUMMARY (High-Yield Exam Table)
| Situation | Rood's Technique | Rationale |
|---|---|---|
| Flaccid hemiplegia (stroke, TBI) | Fast icing, tapping, quick stretch, vibration, fast brushing | Facilitates motor neuron pool → elicits muscle contraction |
| Spasticity (stroke - spastic stage, SCI-UMN) | Slow icing, slow stroking, neutral warmth, prolonged stretch | Inhibits gamma motor neurons → reduces tonic stretch reflex |
| GBS (flaccid, ascending) | Fast icing + gentle facilitation | Stimulates denervated/underactive muscles; avoid overload |
| CP (spastic) | Slow stroking, neutral warmth, inhibitory positioning | Persistent UMN overactivity requires consistent inhibition |
| PD (rigidity) | Slow rhythmic movement, warmth | Relaxes rigidity; not true spasticity so different mechanism |
PART 5: REHABILITATION MILESTONES & PROGRESSION (Quick Reference)
| Stage | Stroke | SCI | GBS |
|---|---|---|---|
| Acute (0-7 days) | Positioning, PROM, Bobath handling, chest PT | Respiratory PT, PROM, tilt table | Rest, PROM, respiratory, monitoring |
| Subacute (1-4 weeks) | Sitting balance, standing, MRP task practice, mirror therapy | Mat activities, transfers, standing, FES | Gentle facilitation, hydrotherapy |
| Early rehab (1-3 months) | Gait training, CIMT, robotic gait, VR | Robotic gait (incomplete), wheelchair, ADL | Progressive strengthening, PNF, gait |
| Late rehab / Chronic (3+ months) | BFR, advanced VR, BCI, community reintegration | BFR, BCI-FES, advanced exoskeleton, community | BFR (if residual), return to work programme |
PART 6: EVIDENCE QUALITY SUMMARY (Exam MCQ Rapid Recall)
| Technique | Highest Evidence for | Evidence Grade |
|---|---|---|
| CIMT | Chronic stroke UL | Grade A (multiple RCTs, Cochrane) |
| Mirror Therapy | Stroke UL + pain | Grade A (Cochrane review) |
| Treadmill + BWS | Stroke gait | Grade A |
| Robotic gait (Lokomat) | Stroke, SCI | Grade A-B (many RCTs) |
| LSVT BIG | Parkinson's gait & UL | Grade A |
| Tai Chi | PD balance & falls | Grade A |
| VR Rehabilitation | Stroke UL & balance | Grade B (moderate evidence) |
| BCI | Chronic stroke, SCI | Grade B-C (emerging) |
| BFR | Neurological weakness | Grade B |
| Hydrotherapy | Spasticity, gait, MS | Grade B |
| Rood's approach | Tone management | Grade C (clinical consensus) |
| NDT/Bobath | Tone, positioning, handling | Grade B (for handling; not superior to task practice) |
| CME (Perfetti) | Sensorimotor stroke | Grade B |
| Brunnstrom | Stage-guided practice | Grade C (historical; still used in synergy exploitation) |
PART 7: EXAM KEY POINTS TO REMEMBER (Quick Memory Aid)
- Rood mnemonic: "FAST icing = FACILITATE (flaccid) | SLOW icing = INHIBIT (spastic)"
- Bobath = Key Points + RIPs + 24h management
- Mirror therapy = Mirror Neuron System = Works best early stroke + CRPS
- CIMT = Constrain good hand + Forced use + Minimum 10-20° active movement needed
- CME = Perfetti = 3 levels = Passive → Active → Complex sensory discrimination
- MRP = Carr & Shepherd = Task analysis → component → whole task → transfer
- BFR = 20-30% 1RM + 40-80% LOP cuff = 30-15-15-15 reps
- Robotic gait = High BWS first → reduce gradually
- BCI = Motor intent → FES/Robot = Hebbian plasticity = Chronic severe paresis
- Hydrotherapy temperature: Warm (37-38°C) for spasticity except MS (cool 28-30°C due to Uhthoff's)
- GBS = Acute rest → gentle facilitation → progressive → no fatigue
- PD = ON phase therapy + auditory cues + LSVT BIG + Tango evidence
- SCI respiratory: C3-C4 = ventilator; C5 = diaphragm intact; T1-T12 = intercostals progressively lost
- VR + Robotic combined = better than either alone
- BCI is the most advanced/futuristic; currently evidence-emerging in specialist centres
This protocol covers stroke, TBI, SCI, Parkinson's disease, Guillain-Barré syndrome, Multiple Sclerosis, and Adult CP. All classical (Rood, Bobath/NDT, Brunnstrom, PNF, MRP, CME) and contemporary (Mirror Therapy, CIMT, BFR, Robotic Gait, VR Rehab, BCI, Hydrotherapy) techniques are addressed condition-by-condition and stage-by-stage. Temperature specifications, evidence grades, and stage-based progressions are included to meet examination requirements without needing additional references.
single protocol table
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