Neuropathic pain (radicular pain, burning dysesthesias, central neuropathic pain from cord compression)
300 mg :: PO :: TID :: Start 300 mg qHS; titrate by 300 mg q3-5d; target 900-1800 mg/day divided TID; max 3600 mg/day; adjust for renal function (CrCl <60)
Severe renal impairment (dose reduce); suicidal ideation
Sedation; dizziness; peripheral edema; renal function
-
ROUTINE
ROUTINE
-
Pregabalin
PO
Neuropathic pain; alternative to gabapentin with more predictable pharmacokinetics
75 mg :: PO :: BID :: Start 75 mg BID; increase to 150 mg BID after 1 week; max 600 mg/day; adjust for renal function
Severe renal impairment (dose reduce); suicidal ideation; angioedema history
Sedation; dizziness; peripheral edema; weight gain; renal function
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ROUTINE
ROUTINE
-
Duloxetine
PO
Neuropathic pain with comorbid depression or anxiety; mixed pain syndrome
30 mg :: PO :: daily :: Start 30 mg PO daily x 1 week, then increase to 60 mg daily; max 120 mg/day
ECG if dose >100 mg/day or age >40; anticholinergic side effects; orthostatic hypotension; sedation
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ROUTINE
ROUTINE
-
Baclofen
PO
Spasticity from upper motor neuron dysfunction (stiff gait, muscle spasms, clonus)
5 mg :: PO :: TID :: Start 5 mg PO TID; increase by 5 mg/dose q3 days; target 30-80 mg/day divided TID; max 80 mg/day; do NOT stop abruptly (withdrawal seizures)
Seizure history (lowers threshold); renal impairment (accumulates)
Severe spasticity refractory to maximum oral medications; intolerable side effects from oral antispasticity agents
50-100 mcg :: IT :: continuous :: Trial with intrathecal bolus 50-100 mcg; if >50% spasticity reduction, proceed to pump implantation; maintenance 100-900 mcg/day
Infection at insertion site; CSF leak history; inability to follow up for pump refills
Focal spasticity in specific muscle groups (biceps, forearm flexors, finger flexors) refractory to oral agents; improves range of motion and function
Dose varies by muscle :: IM :: q12 weeks :: EMG or ultrasound-guided injection; biceps 100-200 units, brachioradialis 50-100 units, finger flexors 25-50 units per muscle; total dose per session varies; repeat q12 weeks
Infection at injection site; known hypersensitivity; neuromuscular junction disorders (myasthenia gravis — relative)
Excessive weakness; dysphagia if injecting cervical muscles; antibody formation with repeated use
-
EXT
ROUTINE
-
Tramadol
PO
Moderate neuropathic and musculoskeletal pain refractory to non-opioid agents
50 mg :: PO :: q6h PRN :: Start 50 mg PO q6h PRN; max 400 mg/day (200 mg/day if age >75); avoid extended-release initially
Seizure disorder (lowers threshold); concurrent MAOIs; concurrent serotonergic agents; severe hepatic or renal impairment
100 mg :: PO :: BID :: Start 100 mg PO BID; increase by 200 mg/day q1 week; max 1200 mg/day; use extended-release formulation
AV block; bone marrow suppression; concurrent MAOIs; HLA-B*1502 positive (Asian descent — SJS risk)
CBC with differential at baseline, 2 weeks, 4 weeks, then q3 months; LFTs; sodium (SIADH); drug level (target 4-12 mcg/mL); HLA-B*1502 testing before starting in at-risk populations
Pre-operative MRI and CT; coagulation studies; medical clearance; anesthesia evaluation; DEXA if osteoporosis risk
Medically unfit for surgery; >3 level corpectomy (high failure rate); severe osteoporosis
Neurologic exam post-op q2h x 24h; airway monitoring (retropharyngeal hematoma risk — EMERGENCY if stridor/dyspnea); dysphagia assessment; wound check; upright X-ray before discharge; higher risk of graft subsidence; longer immobilization; halo vest may be needed for multi-level
Surgical procedure; posterior approach; unilateral or bilateral hinge creation to expand canal
Pre-operative MRI and CT; coagulation studies; medical clearance; anesthesia evaluation
Cervical kyphosis (will not decompress anteriorly compressed cord); instability; prior posterior surgery at same levels
Neurologic exam post-op q2h x 24h; C5 palsy monitoring (deltoid/biceps weakness — occurs in 5-10%; usually recovers); wound drainage; neck range of motion at follow-up
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URGENT
ROUTINE
URGENT
Posterior cervical laminectomy with lateral mass fusion
Surgical
Multi-level posterior compression with instability; failed laminoplasty; need for deformity correction
Surgical procedure; laminectomy + lateral mass screw fixation + rod placement + fusion
Pre-operative MRI and CT; coagulation studies; medical clearance; anesthesia evaluation; CT angiography if vertebral artery anomaly suspected
Medically unfit for surgery; vertebral artery anomaly at planned screw levels (relative)
Neurologic exam post-op q2h x 24h; C5 palsy monitoring (deltoid/biceps weakness); wound drainage; hardware position on X-ray; wound drainage monitoring; motion restriction during fusion
Neurology consult for diagnosis confirmation, myelopathy severity grading (mJOA score), and differentiation from non-spondylotic myelopathy
STAT
STAT
ROUTINE
STAT
Spine surgery (neurosurgery or orthopedic spine) for surgical candidacy evaluation in moderate-severe myelopathy (mJOA <15) or progressive deficit
STAT
STAT
ROUTINE
STAT
Physical therapy for gait training, balance assessment, fall prevention, strengthening of upper and lower extremities, and cervical stabilization exercises
-
URGENT
ROUTINE
URGENT
Occupational therapy for fine motor assessment, hand dexterity rehabilitation (myelopathy hand), ADL adaptation, assistive device fitting, and home safety evaluation
-
URGENT
ROUTINE
URGENT
Pain management referral for refractory neuropathic pain not responding to first-line and second-line agents, or for consideration of interventional procedures (cervical epidural steroid injection, nerve blocks)
-
ROUTINE
ROUTINE
-
Rehabilitation medicine (physiatry) for comprehensive functional assessment, rehabilitation program coordination, and disposition planning
-
ROUTINE
ROUTINE
-
Urology for neurogenic bladder evaluation, urodynamic testing, and management of urinary retention or incontinence
-
ROUTINE
ROUTINE
-
Speech-language pathology for swallow evaluation if dysphagia symptoms present (cervical cord compression may affect bulbar function; also assess post-operatively after anterior cervical surgery)
-
ROUTINE
ROUTINE
-
Respiratory therapy for pulmonary function assessment if high cervical cord compression (C3-C5) affecting diaphragmatic function
-
URGENT
-
STAT
Social work for discharge planning, durable medical equipment coordination, disability assessment, and caregiver support
-
ROUTINE
ROUTINE
-
Psychology or psychiatry for adjustment disorder, depression, and anxiety related to chronic disability and functional limitation
Return to ED immediately if sudden worsening of weakness, new inability to walk, loss of bowel or bladder control, or difficulty breathing (may indicate acute cord compression requiring emergency surgery)
STAT
STAT
ROUTINE
Avoid high-risk activities including contact sports, diving, trampolines, roller coasters, and extreme neck flexion/extension (risk of acute cord injury with narrowed spinal canal)
URGENT
ROUTINE
ROUTINE
Use caution on stairs and uneven surfaces; use handrails at all times due to impaired balance and gait instability from myelopathy
-
ROUTINE
ROUTINE
Do not drive until cleared by neurology or spine surgeon due to impaired hand dexterity, delayed reaction time, and balance impairment
-
ROUTINE
ROUTINE
Perform prescribed physical therapy and occupational therapy exercises between sessions to maintain and improve function
-
ROUTINE
ROUTINE
Report any new numbness in hands, increasing hand clumsiness (dropping objects, difficulty with buttons), or worsening gait to your neurologist promptly as these may indicate disease progression requiring surgical intervention
-
ROUTINE
ROUTINE
If wearing cervical collar, follow prescribed schedule; perform skin checks under collar daily to prevent pressure sores
-
ROUTINE
ROUTINE
After cervical spine surgery: follow all post-operative activity restrictions; report fever, wound drainage, increasing pain, new weakness, or difficulty swallowing immediately
-
ROUTINE
ROUTINE
Keep follow-up appointments with spine surgeon and neurologist; repeat MRI will be needed to monitor response to treatment
Smoking cessation to improve surgical outcomes and reduce pseudarthrosis risk (smoking impairs bone fusion by up to 2-3 fold)
-
ROUTINE
ROUTINE
Fall prevention: remove loose rugs, install grab bars in bathroom, use non-slip mats, adequate lighting, and wear supportive footwear with non-slip soles
-
ROUTINE
ROUTINE
Ergonomic workstation setup: monitor at eye level, avoid prolonged neck flexion (looking down at phone/laptop), use document holders, take breaks every 30 minutes
-
-
ROUTINE
Weight management to reduce axial loading on cervical spine and optimize surgical outcomes (BMI >35 associated with worse outcomes)
-
ROUTINE
ROUTINE
Low-impact exercise program (swimming, stationary cycling, walking) to maintain cardiovascular fitness and muscle strength without high-impact cervical loading
-
ROUTINE
ROUTINE
Cervical spine protection: avoid extreme neck flexion/extension; use appropriate cervical pillow for sleep; avoid overhead work for prolonged periods
-
ROUTINE
ROUTINE
Bone health optimization: calcium 1000-1200 mg/day + vitamin D 1000-2000 IU/day for patients with osteoporosis risk to improve fusion outcomes
-
ROUTINE
ROUTINE
Bowel program maintenance with adequate fiber (25-30 g/day), fluid intake (2L/day), and regular toileting schedule to prevent neurogenic bowel complications
-
ROUTINE
ROUTINE
Depression and anxiety screening at each follow-up visit using PHQ-9 and GAD-7; chronic myelopathy carries high rates of mood disorders
-
ROUTINE
ROUTINE
Alcohol moderation to reduce fall risk and avoid interaction with medications (gabapentin, pregabalin, muscle relaxants)
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ROUTINE
ROUTINE
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SECTION B: REFERENCE (Expand as Needed)
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Young adult; relapsing-remitting course; short segment cord lesion (<3 vertebral segments); brain lesions (periventricular, juxtacortical); optic neuritis; Lhermitte sign present in both MS and CSM
MRI brain (periventricular/juxtacortical lesions); CSF oligoclonal bands; cord lesion pattern (eccentric, short segment in MS vs central cord compression in CSM)
Serum B12; methylmalonic acid; homocysteine; CBC (macrocytosis); normal MRI spine structurally (cord T2 signal in posterior columns)
Amyotrophic lateral sclerosis (ALS)
Combined upper and lower motor neuron signs WITHOUT sensory findings; fasciculations; bulbar symptoms (dysarthria, dysphagia); progressive course without pain
EMG/NCS (diffuse denervation in 3+ regions); no sensory loss; no cord compression on MRI; no bladder dysfunction initially
Syringomyelia
"Cape-like" suspended sensory loss (pain/temperature); hand weakness; may coexist with Chiari malformation; progressive
MRI cervical spine (syrinx cavity within cord); MRI brain/cervicomedullary junction (Chiari); CSF flow study
Normal pressure hydrocephalus (NPH)
Gait apraxia (magnetic gait); urinary incontinence; cognitive decline (triad); shuffling rather than spastic gait
MRI brain (ventriculomegaly out of proportion to atrophy); lumbar puncture with large-volume tap test (gait improvement)
Copper deficiency myelopathy
Mimics B12 deficiency; posterior column + corticospinal tract; history of gastric surgery, zinc supplements, or chronic zinc exposure
Serum copper and ceruloplasmin (low); zinc level (may be elevated); MRI (posterior column T2 signal)
HTLV-1 associated myelopathy (HAM/TSP)
Progressive spastic paraparesis; endemic areas (Caribbean, Japan, sub-Saharan Africa); bladder dysfunction prominent; slow progression over years
HTLV-1 antibody (serum and CSF); MRI may show cord atrophy without structural compression
Spinal dural arteriovenous fistula (dAVF)
Older male; progressive myelopathy; flow voids on MRI; dorsal cord edema disproportionate to enhancement; stepwise or progressive course
MRI (flow voids, dorsal cord edema); spinal angiography (gold standard); presentation overlaps with CSM in older patients
Hereditary spastic paraplegia
Family history; slowly progressive bilateral lower extremity spasticity; onset often younger; minimal sensory findings; normal MRI structurally
Genetic testing (SPG genes); family history; MRI spine (cord atrophy without compression); EMG/NCS
MRI DWI (restricted diffusion); CTA aorta; vascular risk factors; onset is acute (vs CSM which is chronic/progressive)
Ossification of posterior longitudinal ligament (OPLL)
Overlaps with CSM; more common in East Asian populations; may be incidental on imaging; progressive myelopathy from ossified ligament
CT cervical spine (ossified ligament — better seen than MRI); MRI for cord compression and signal change; distinguished by mechanism but managed similarly to CSM
No stridor; no progressive dyspnea; no neck swelling
Stridor or progressive neck swelling: EMERGENCY — retropharyngeal hematoma; STAT surgical evacuation; secure airway
-
STAT
-
STAT
Post-operative neurologic exam
q2h x 24h post-op, then q4h
Stable or improved from pre-operative baseline; no new deficits
New post-operative weakness (especially C5 palsy with deltoid/biceps weakness): STAT MRI to rule out epidural hematoma; dexamethasone; most C5 palsies recover over weeks-months
-
STAT
-
STAT
Imaging follow-up (X-ray cervical spine)
Post-operative: before discharge, 6 weeks, 3 months, 6 months, 12 months, then annually
Hardware in position; progressive fusion; maintained alignment; no adjacent segment disease
Mild myelopathy (mJOA ≥15); stable exam; ambulatory without significant fall risk; independent bladder function (PVR <200 mL); adequate pain control on oral medications; MRI completed; surgical referral arranged if indicated; home environment safe; reliable follow-up within 1-2 weeks
Admit to floor
Moderate-severe myelopathy (mJOA <15); progressive neurologic deficit requiring observation; inability to ambulate safely; neurogenic bladder requiring catheterization; IV steroids indicated; pending surgical evaluation; inadequate pain control; need for inpatient PT/OT assessment
Admit to ICU
High cervical cord compression (C3-C5) with respiratory compromise (FVC <20 mL/kg); post-operative monitoring after complex cervical spine surgery; hemodynamic instability; acute deterioration with rapidly progressive quadriparesis
Need for spine surgery not available at current facility; need for MRI not available emergently; need for neurology/neurosurgery subspecialty input
Inpatient rehabilitation
Significant motor deficits preventing independent ADLs; gait impairment requiring assistive device training; neurogenic bladder/bowel requiring structured program; able to participate in 3 hours/day of therapy
Skilled nursing facility
Unable to tolerate 3 hours/day of intensive rehabilitation; requires skilled nursing care; ongoing wound care; cannot return home safely
Posterior approach preferred (laminoplasty or laminectomy + fusion)
Avoids risk of OPLL fragment displacement from anterior approach; exception: segmental OPLL may be approached anteriorly
Key Factors in Approach Decision:
- Cervical alignment (lordosis vs kyphosis)
- Number of levels involved
- Location of compression (anterior vs posterior vs circumferential)
- OPLL presence and type
- Patient age and comorbidities
- Bone quality (osteoporosis status)
- Surgeon experience and preference