I now have sufficient information to write a thorough physical assessment and physiotherapy intervention plan. Let me compile this.
Physical Assessment & Physiotherapy Intervention Plan
Patient Summary (from Hospital Card)
| Parameter | Details |
|---|
| Patient | Kajal Kumari |
| Age/Sex | 25 years, Female |
| Location | ICU-02, Advanced Neuro & Multi-Speciality Hospital, Patna |
| Date | 30/07 |
| Chief Complaint | Tightness + weakness in lower limbs, progressed to upper limbs |
| Diagnosis | Quadriparesis |
| Prescribed PT | ROM exercises (UL & LL), Bed sitting, Chest PT, Kegel exercises, Bridging |
PHYSICAL ASSESSMENT
1. Subjective Assessment
- History of Present Illness: Ascending pattern - weakness and tightness started in the lower limbs and progressed to involve the upper limbs. This ascending pattern raises high suspicion for conditions such as Guillain-Barre Syndrome (GBS), transverse myelitis, or cervical spinal cord pathology.
- ICU admission indicates acute onset with significant functional compromise.
- Young female (25 yrs) - consider demyelinating disease (MS), neuromyelitis optica (NMO), GBS, or acute transverse myelitis as primary differentials.
2. Objective Assessment (To Be Performed by Physiotherapist)
A. Neurological Status
| Domain | Assessment Tool | Expected Findings in Quadriparesis |
|---|
| Muscle tone | Modified Ashworth Scale (MAS) | Hypertonia/spasticity if UMN lesion; hypotonia if LMN/GBS |
| Muscle strength | MRC grading (0-5) in all 4 limbs | Grade 0-3 likely given ICU admission |
| Sensation | Pinprick, light touch, proprioception | Dermatomal or stocking-glove pattern; assess for sensory level |
| Reflexes | Deep tendon reflexes (DTRs) | Hyperreflexia (UMN) or hyporeflexia (LMN/GBS) |
| Babinski sign | Plantar response | Positive in UMN; absent in LMN |
Per Rosen's Emergency Medicine: "When weakness involves all four extremities without facial involvement, the primary concern is a cervical spinal cord injury or process... Although all four extremities will test poorly for muscle strength, there is frequently some discrepancy between the lower and upper limbs in quadriparesis."
B. Functional Assessment
- Bed mobility: Ability to roll, bridge, sit up at edge of bed
- Respiratory function: Chest expansion (cm), SpO2, breath sounds, cough strength
- Bladder/bowel: Assess for neurogenic bladder (Kegel exercises ordered - suggests bladder involvement)
- Skin integrity: Pressure area risk (Braden Scale) - ICU patient is high risk
C. Key ICU-Specific Assessment Points
- Ventilation status (self-ventilating vs. ventilator-assisted)
- Lines and monitoring (IV lines, catheter - precautions for mobilization)
- Pain/discomfort level (NRS 0-10) with movement
- Hemodynamic stability before each PT session (HR, BP, SpO2)
PHYSIOTHERAPY INTERVENTION PLAN
Based on the doctor's instructions and the clinical presentation, the following structured program is recommended:
1. CHEST PHYSIOTHERAPY (Priority in ICU)
Rationale: Immobility and quadriparesis lead to reduced respiratory excursion, secretion retention, atelectasis, and pneumonia risk.
Techniques:
- Breathing exercises: Diaphragmatic breathing, segmental breathing, pursed-lip breathing - 10 repetitions, 3-4 times/day
- Percussion and vibration: Manual or mechanical percussion over lung fields (anterior, lateral, posterior) to loosen secretions
- Postural drainage: Position changes (head-down tilt where hemodynamically tolerated) to drain lung segments
- Assisted coughing/huffing: Manually-assisted cough by therapist (hand placement on lower thorax) given weak cough due to respiratory muscle weakness
- Deep breathing incentive spirometry: If able to cooperate
- Suctioning: Via nursing team if patient cannot clear secretions independently
Frequency: 2-3 sessions/day minimum in ICU
2. RANGE OF MOTION (ROM) EXERCISES - Upper & Lower Limbs
Rationale: Prevents contractures, maintains joint integrity, promotes circulation, reduces spasticity, and preserves residual motor function.
Upper Limbs (UL) - Passive/Active-Assisted ROM:
| Joint | Movements |
|---|
| Shoulder | Flexion (0-180°), abduction (0-180°), external/internal rotation, horizontal adduction |
| Elbow | Flexion/extension (0-150°), pronation/supination |
| Wrist | Flexion/extension, radial/ulnar deviation |
| Fingers & thumb | Flexion/extension of MCP, PIP, DIP; thumb opposition |
Lower Limbs (LL) - Passive/Active-Assisted ROM:
| Joint | Movements |
|---|
| Hip | Flexion (0-120°), abduction/adduction, internal/external rotation |
| Knee | Flexion/extension (0-135°) |
| Ankle | Dorsiflexion/plantarflexion, inversion/eversion |
| Toes | Flexion/extension |
Protocol:
- 10 repetitions per movement, slow and controlled
- 2 times/day
- Progress from passive (therapist-guided) → active-assisted → active as strength improves
- Avoid overstretching - stay within pain-free range
- Pay particular attention to ankle dorsiflexion (prevent foot drop) and shoulder external rotation (prevent frozen shoulder)
3. BED SITTING (Progressive Sitting Tolerance)
Rationale: Improves postural control, reduces orthostatic hypotension, prepares for sitting transfers, and benefits respiratory mechanics.
Protocol:
- Phase 1 (Days 1-3): Head-of-bed elevation 30° → 45° → 60° (15-minute increments, monitor BP/HR)
- Phase 2 (Days 3-5): Supported sitting at edge of bed (with therapist and nurse support, legs dangling)
- Phase 3 (Days 5+): Unsupported sitting balance activities at bedside
Precautions:
- Monitor for orthostatic hypotension (drop >20 mmHg systolic)
- Use TEDS stockings and abdominal binder to reduce pooling
- Stop if SpO2 drops below 94% or patient reports dizziness
4. BRIDGING EXERCISES
Rationale: Activates gluteal muscles, hamstrings, and core stabilizers; aids in bed mobility; prepares for transfers and ambulation; prevents sacral pressure sores.
Protocol:
- Patient supine, knees flexed 90°, feet flat on bed
- Instruct patient to lift hips off the bed, hold 5-10 seconds, slowly lower
- Grades:
- Grade 1 (if very weak): Therapist assists hip lift passively, patient holds
- Grade 2: Active-assisted bridging with therapist supporting at pelvis
- Grade 3: Independent bridging
- 10 repetitions x 2-3 sets, twice daily
- Progress to single-leg bridging as strength allows
5. KEGEL EXERCISES (Pelvic Floor Muscle Training - PFMT)
Rationale: Neurological conditions affecting the spinal cord frequently cause neurogenic bladder and bowel dysfunction. Kegel exercises strengthen the pelvic floor muscles and external urethral sphincter, improving continence.
Per Campbell Walsh Urology: "PFMT and exercise, also known as pelvic floor rehabilitation, is a cornerstone of behavioral treatment for UI and urinary urgency and frequency."
Protocol:
- Identify pelvic floor muscles (instruct patient to imagine stopping the flow of urine)
- Contract for 5 seconds → relax for 10 seconds
- 10 repetitions per set, 3 sets per day
- Progress hold time to 10 seconds as tolerated
- Can be performed supine in ICU setting
- Monitor for breath-holding (instruct normal breathing during contractions)
6. POSITIONING AND PRESSURE CARE
Rationale: ICU patients with quadriparesis are at extreme risk for pressure ulcers (sacrum, heels, occiput, elbows).
Protocol:
- 2-hourly repositioning (supine, right lateral, left lateral rotation)
- Proper limb positioning:
- Hips in neutral, not excessive external rotation
- Knees slightly flexed (pillow under knees)
- Ankles in neutral (footboard or ankle-foot orthosis [AFO] to prevent foot drop)
- Arms: shoulders in slight abduction, elbows extended, hands in functional position (wrist splints if needed)
- Heel offloading with pillows under calves
- Pressure-relieving mattress
7. SPLINTING / ORTHOTIC MANAGEMENT
- Resting hand splints: If upper limb spasticity develops (maintain wrist/finger extension)
- Ankle-foot orthoses (AFO): To prevent foot drop (loss of ankle dorsiflexion)
- Wear schedule: 2 hours on / 2 hours off; check skin integrity at each removal
MONITORING AND PROGRESSION CRITERIA
| Parameter | Target |
|---|
| SpO2 | >94% throughout PT session |
| HR | No increase >30 bpm from resting |
| BP | No drop >20 mmHg systolic (orthostasis) |
| Pain (NRS) | <4/10 during exercise |
| Fatigue | Rest if Borg RPE >13 |
Document daily:
- MRC muscle grades (UL and LL separately)
- Sitting tolerance (minutes)
- Bridging repetitions achieved
- Any adverse events
GOALS OF PHYSIOTHERAPY
| Short-Term (1-2 weeks) | Long-Term (4-8 weeks) |
|---|
| Maintain joint mobility, prevent contractures | Restore functional sitting and standing balance |
| Clear respiratory secretions, prevent pneumonia | Independent mobility/transfer training |
| Improve pelvic floor tone, reduce incontinence | Gait re-education (with assistive device if needed) |
| Achieve 30-minute sitting tolerance at bed edge | Return to functional ADLs (activities of daily living) |
| Educate patient on self-management | Community reintegration |
IMPORTANT CLINICAL NOTE
The ascending pattern of weakness (lower → upper limbs) in a young female admitted acutely to ICU is highly suspicious for Guillain-Barre Syndrome (GBS) or Acute Transverse Myelitis. In GBS, respiratory muscle involvement (diaphragm and intercostals) can lead to ventilatory failure - respiratory function must be monitored very closely with frequent spirometry (FVC) measurements. If FVC drops below 20 mL/kg or 1 L, urgent ICU escalation for ventilatory support is needed. Physiotherapy must be coordinated closely with the neurology team.