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Case history and physiotherapy protocol

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acute nontraumatic myelopathy spinal cord compression emergency MRI guidelines physiotherapy precautions

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spinal cord injury rehabilitation physiotherapy

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python -c "from pypdf import PdfReader; p='/tmp/workspace/attachments/6419a4a5-cfe9-4cba-bce0-833428ae0bb2/JAGTAP SUHAS.pdf'; r=PdfReader(p); print('PAGES',len(r.pages)); [print('\\n--- PAGE',i+1,'---\\n',page.extract_text() or '[NO EXTRACTABLE TEXT]') for i,page in enumerate(r.pages)]"

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https://www.nice.org.uk/guidance/ng234/chapter/recommendatio…

Case history summary

Patient: Mr Suhas Jagtap, 50-year-old male
Relevant records reviewed: Cardiology consultation, neurology outpatient note dated 01-10-2026, and MRI cervical spine with whole-spine screening dated 01-10-2026.

Presenting complaints

  • Burning tingling/paraesthesia began in both feet and gradually ascended upward, reportedly reaching the chest.
  • Constipation present.
  • Urination was documented as normal at the neurology visit.
  • Neurological examination documented:
    • Bilateral lower-limb spasticity
    • Brisk lower-limb deep tendon reflexes
    • Sensory level around T6
    • Upper-limb biceps/supinator reflexes normal; triceps reflex absent
  • These findings indicate an upper motor-neuron spinal cord syndrome (myelopathy) rather than isolated peripheral neuropathy.

MRI findings

  1. C5-C6
    • Disc bulge with right paracentral/right foraminal herniation, osteophytes, and posterior longitudinal ligament thickening.
    • Indentation of the anterior thecal sac and ventral spinal cord.
    • Bilateral C6 nerve-root involvement, greater on the right.
    • Subtle T2 hyperintense spinal-cord signal at C5-C6, reported as suspicious for early compressive myelopathy.
  2. C6-C7
    • Disc bulge with posterocentral/right foraminal protrusion.
    • Contacts the front of the cord and affects the C7 roots, especially right.
  3. C4-C5
    • Disc bulge/osteophytes contacting the ventral cord, without meaningful foraminal narrowing.
  4. Thoracic and lumbar screening
    • D4-D5 ligamentum flavum thickening indenting the thecal sac and cord dorsolaterally.
    • L4-L5 disc bulge with mild bilateral foraminal narrowing.
    • Thoracic cord and conus described as normal.

Clinical impression

Cervical spondylotic compressive myelopathy, most significant at C5-C6, with objective lower-limb spasticity and MRI cord-signal change.
The T6 sensory level and marked ascending sensory symptoms must be clinically correlated by a spine surgeon/neurosurgeon urgently. While the cervical lesion may explain the spasticity and cord dysfunction, the thoracic D4-D5 finding and the mismatch between imaging and sensory findings require specialist review. Cervical myelopathy can cause leg spasticity, sensory change, gait dysfunction, and later bladder symptoms. MRI T2 signal change may reflect cord edema/gliosis. Bradley and Daroff's Neurology in Clinical Practice, p. 3598.

Priority management

Do this before routine physiotherapy

Arrange urgent consultation with a neurosurgeon or orthopaedic spine surgeon, ideally with the MRI images/DICOM files, not just the report.
This is not a case for routine cervical exercises, neck traction, manipulation, or an unsupervised home exercise program before the surgeon determines:
  • Whether the cord compression is responsible for the neurological deficits
  • Spinal stability
  • Whether decompression surgery is indicated
  • Whether a cervical collar is appropriate and, if so, what type and for how long
  • Permitted mobility and rehabilitation restrictions
Surgical decompression is commonly considered where cervical myelopathy is progressive because surgery is more reliable at preventing further loss of function than restoring established deficits. Bradley and Daroff's Neurology in Clinical Practice, p. 3598.

Go to the emergency department immediately if any of the following occurs

  • New or rapidly worsening leg weakness, falls, or inability to walk
  • New hand clumsiness, weakness, numbness, or loss of dexterity
  • New urinary retention, urinary/bowel incontinence, or saddle/perineal numbness
  • Rapidly ascending numbness, chest tightness from sensory loss, or new breathing difficulty
  • Severe new neck/back pain, especially after a fall or sudden neck movement

Physiotherapy protocol

Important safety statement

This protocol is a protective, pre-operative or pre-decision rehabilitation plan only. Start active progression only after documented clearance from the treating spine surgeon. Treatment must be individualized after formal neurological examination, gait assessment, balance assessment, strength grading, tone assessment, and review of the MRI images.

Phase 1: Until spine-surgeon review and clearance

Goals

  • Prevent falls, pressure injury, deconditioning, constipation complications, and loss of joint range.
  • Maintain safe functional mobility without provoking cord symptoms.
  • Monitor for neurological deterioration.
  • Educate patient and family.

Precautions and contraindications

Do not perform:
  • Cervical spinal manipulation or mobilization
  • Cervical traction
  • Forceful massage around the neck
  • End-range neck flexion, extension, rotation, or repeated neck movements
  • Heavy lifting, resisted overhead exercise, push-ups, sit-ups, running, jumping, or high-impact activity
  • Aggressive hamstring/hip stretching if it increases tingling, spasticity, or pain
  • Unsupervised walking, stairs, or balance tasks if gait is impaired

Safe interventions, if symptoms remain stable

  1. Positioning
    • Keep the neck in a comfortable neutral position.
    • Avoid prolonged neck flexion during mobile-phone use, reading, or pillow stacking.
    • Change position at least every 2 hours if mobility is limited.
    • Use a firm chair with armrests for transfers.
  2. Bed mobility and transfers
    • Teach log-rolling: move shoulders and hips together, avoid twisting the neck/trunk.
    • Sit up gradually: lying to supported sitting, then standing only if there is no dizziness, worsening tingling, pain, or weakness.
    • Use assistance or a walking aid if there is imbalance.
  3. Lower-limb range of motion
    • Gentle, pain-free active or active-assisted range of motion for hips, knees, and ankles.
    • 10 repetitions each, 1-2 times/day.
    • Stop if spasticity, numbness, or pain worsens.
  4. Circulatory exercises
    • Ankle pumps and toe movements: 10-20 repetitions hourly while awake, provided there is no medical contraindication.
    • Monitor for calf pain, swelling, chest pain, or breathlessness, which need urgent medical assessment.
  5. Respiratory exercises
    • Diaphragmatic breathing: 5-10 slow breaths, 3-4 times/day.
    • Supported coughing if secretions are present.
    • Escalate urgently for breathlessness, weak cough, or new chest symptoms.
  6. Spasticity management
    • Slow, comfortable limb positioning.
    • Avoid rapid movements and triggers such as pain, constipation, tight clothing, skin irritation, infection, or a full bladder.
    • Document triggers and communicate them to the neurologist/spine team.
  7. Constipation management
    • Coordinate with the physician regarding a bowel regimen.
    • Adequate fluid intake only if not medically restricted.
    • Regular toilet timing, foot support, and avoidance of straining.
    • Seek review if constipation worsens, there is abdominal pain/vomiting, or urinary symptoms arise.

Monitoring at every physiotherapy session

Document:
  • Lower-limb power and ability to stand/walk
  • Spasticity/tone
  • Sensory symptoms and sensory level
  • Balance and falls
  • Pain score, particularly neck/back pain
  • New hand symptoms
  • Bladder/bowel changes
  • Orthostatic symptoms and vital signs when mobilizing
During graded sitting or standing, stop and return to the previous safe position if pain or neurological symptoms increase. This aligns with NICE mobilisation guidance, which recommends monitoring pain and neurological symptoms during mobilization and reassessing if either deteriorates.

Phase 2: After surgeon clearance, and if non-operative treatment is selected

Frequency: 2-3 supervised sessions/week for 4-6 weeks, plus a short daily home program.
Intensity: Low initially. Progress only if there is no new pain, sensory spread, weakness, worsening spasticity, or gait decline over 24-48 hours.

Components

  1. Gait and balance retraining
    • Parallel bars or close-guarded walking initially.
    • Weight shifting, controlled sit-to-stand, turning practice.
    • Walking aid prescription if needed.
    • No dual-task or challenging balance work until basic gait safety is established.
  2. Lower-limb strengthening
    • Sit-to-stand from an elevated chair.
    • Supported mini-squats only if cleared and symptom-free.
    • Hip abduction/extension and knee-extension exercises with low resistance.
    • Begin with 1 set of 8-10 repetitions and progress gradually.
  3. General conditioning
    • Seated pedal exerciser or short, supported walking intervals.
    • Begin 5-10 minutes, increasing according to symptoms and fatigue.
    • Avoid jarring or impact exercise.
  4. Upper-limb conditioning
    • Light functional exercises below shoulder level with the neck neutral.
    • Do not use heavy resistance or overhead loading without specific clearance.
  5. Education
    • Fall prevention and home safety.
    • Avoid abrupt neck movements.
    • Maintain medication adherence and scheduled neurological/spine follow-up.
    • Family education about red-flag symptoms.
Evidence supports rehabilitation once a person is medically stable, but the goals and intensity should be individualized. Current Surgical Therapy 14e, p. 1398. A recent systematic review also found that rehabilitation after cervical spinal surgery is an evolving area with variable protocols, supporting the need for surgeon-directed, individualized progression (2025 systematic review, PMID 40216598).

Phase 3: Post-operative rehabilitation, if decompression/fusion is performed

Follow the surgeon’s operation-specific restrictions first. Common early priorities are:
  • Wound and pain monitoring
  • Safe bed mobility, transfers, and walking
  • Prevention of chest complications, DVT, pressure injury, and constipation
  • Gradual gait, balance, lower-limb strengthening, and functional independence training
  • No neck manipulation or unapproved loading
The exact timing for cervical range-of-motion and strengthening depends on the procedure, fusion levels, post-operative imaging, and surgeon’s protocol.

Additional medical issues to follow up

From the handwritten record, the noted values appear to include:
  • HbA1c approximately 6%
  • Total cholesterol approximately 212 mg/dL
  • Vitamin D3 approximately 14.3 ng/mL, which is low
The prescription appears to include vitamin D3 60,000 IU weekly for 4 weeks and possible calcium/vitamin supplementation, but the handwriting is not sufficiently clear to verify every drug or dose. Confirm the exact prescription directly with the prescribing doctor or pharmacy. These issues should be addressed, but they do not replace urgent spine evaluation for cord compression.
Bottom line: The MRI and neurological signs are concerning for cervical cord compression with early cord injury. The immediate physiotherapy role is protection, monitoring, safe mobility, and prevention of complications, not cervical manual therapy or aggressive exercise.
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