Cervical Spondylosis

Spine

Overview

Cervical spondylosis is a degenerative condition of the cervical spine characterized by osteophyte formation, disc degeneration, and ligamentous changes that can lead to nerve root compression or myelopathy. It is highly prevalent with increasing age and may be asymptomatic or present with neck pain, radiculopathy, or myelopathic symptoms. Management focuses on symptom control, restoring mobility, and preventing neurological deterioration.

Pathophysiology

Cervical spondylosis results from cumulative degenerative changes including nucleus pulposus dehydration, annular tears, and vertebral body osteophyte formation. These structural changes narrow the intervertebral foramen and central spinal canal, potentially compressing nerve roots (radiculopathy) or the spinal cord (myelopathy). Chronic mechanical irritation, reduced segmental mobility, and altered proprioception contribute to pain generation and functional limitation.

Patient Education

Understanding that cervical spondylosis is a common age-related change, not always painful, and that maintaining neck mobility, posture, and avoiding repetitive strain can slow progression and manage symptoms effectively.

Typical Presentation

Site

Cervical spine with possible radiation to shoulder blade, shoulder, arm, or hand depending on nerve root involvement; bilateral symptoms suggest myelopathy

Quality

Dull, aching neck pain; sharp, burning, or radiating pain in radiculopathy; heaviness or weakness in upper limbs in myelopathy

Intensity

Mild to moderate (uncomplicated neck pain) to severe with neurological involvement; often worse in morning and evening

Aggravating

Neck extension, rotation toward symptomatic side, prolonged static postures (driving, desk work), overhead activities, cold weather

Relieving

Neck flexion, rest, heat application, neck support (collar), gentle stretching, postural correction

Associated

Headache (occipital), upper limb weakness or numbness (dermatomal distribution), reduced neck range of motion, muscle tightness in trapezius and levator scapulae, occasional dizziness or balance disturbance in myelopathy

Orthopaedic Tests

Test descriptions are written with AI assistance from standard clinical texts. Where a test lists Sources, its description has been checked against them; those sources are independent and do not endorse OsteoKit. Accuracy figures and grades (A–D) appear only when checked against the published study; tests without one are marked “No accuracy study”.

Further reading: full test procedures are described in standard clinical examination texts, e.g. Magee & Manske, Orthopedic Physical Assessment (7th ed.), and Cook & Hegedus, Orthopedic Physical Examination Tests: An Evidence-Based Approach (2nd ed.).

Grade B
A+ABCDGood clinical value: meaningfully changes the diagnosis in one direction (LR 5–10 or 0.1–0.2)
best for ruling OUT (screening).

Upper Limb Tension Test (Cervical Nerve Root Bias)

Procedure

Patient supine. With the shoulder girdle held down, abduct and externally rotate the shoulder, supinate the forearm, extend the wrist and fingers and then the elbow. Add neck side-flexion away from and towards the test side.

Positive Finding

Reproduction of the familiar arm symptoms that changes with neck side-flexion and differs from the other side.

Sensitivity / Specificity

97%/22%

Reference: Wainner RS et al., Spine 2003; PMID 12544957

Interpretation

A negative test makes cervical radiculopathy less likely. A positive test supports nerve irritability but does not identify the root level; use the dermatomes, myotomes and reflexes for that. Note: these figures derive from cervical radiculopathy populations (Wainner 2003); in cervical spondylosis this test screens for coexisting nerve-root involvement rather than the condition itself.

Sources

Grade C
A+ABCDModest value: a small but usable shift in probability (LR 2–5 or 0.2–0.5)
modest, supportive value.

Neck Compression Test (Spurling's Test)

Procedure

Patient seated. Extend the neck and side-bend it towards the painful side, then apply gentle downward pressure through the head. Stop if symptoms are severe.

Positive Finding

Reproduction of the familiar radiating arm pain or tingling on the tested side.

Sensitivity / Specificity

50%/86%

Reference: Wainner RS et al., Spine 2003; PMID 12544957

Interpretation

Supports nerve-root irritation from foraminal narrowing, which often accompanies spondylosis. It does not test the spinal cord. Note: these figures derive from cervical radiculopathy populations (Wainner 2003); in cervical spondylosis this test screens for coexisting nerve-root involvement rather than the condition itself.

Sources

Grade C
A+ABCDModest value: a small but usable shift in probability (LR 2–5 or 0.2–0.5)
modest, supportive value.

Cervical Distraction Test

Procedure

Patient supine. Cradle the occiput and chin and apply a gentle, gradually increasing lift along the line of the spine for a few seconds.

Positive Finding

Relief or reduction of the familiar arm pain or tingling while the neck is lifted.

Sensitivity / Specificity

44%/90%

Reference: Wainner RS et al., Spine 2003; PMID 12544957

Interpretation

Relief supports nerve-root compression in the foramen and suggests the patient may respond to traction-type treatment. Note: these figures derive from cervical radiculopathy populations (Wainner 2003); in cervical spondylosis this test screens for coexisting nerve-root involvement rather than the condition itself.

Sources

Grade D
A+ABCDLimited value: little effect on the diagnosis on its own
limited standalone value (graded conservatively from a reported range).

Hoffmann's Sign

Procedure

Hold the patient's relaxed middle finger and flick the nail downwards. Test both hands.

Positive Finding

Reflex flexion of the thumb and index finger, especially if on one side only.

Sensitivity / Specificity

58–62%/50–86%

Reference: Jiang Z et al., Global Spine J 2024; PMID 37903098

Interpretation

An upper motor neuron sign that supports cervical cord compression. It can be present in healthy people and absent in myelopathy, so interpret it with the other signs (brisk reflexes, clonus, Babinski sign, gait and hand clumsiness).

Sources

No accuracy study

Lhermitte's Sign

Procedure

Patient seated. Ask the patient to bend the head forward, or flex the neck gently, and report any unusual sensations.

Positive Finding

A brief electric-shock sensation running down the spine or into the limbs on neck flexion.

Interpretation

Points to spinal cord irritation. In spondylosis this raises concern for myelopathy and needs medical referral for MRI. It can also occur in multiple sclerosis.

Sources

No accuracy study

Myelopathy Provocation Test (30-second Neck Flexion)

Procedure

Patient seated. Ask the patient to hold the neck in comfortable flexion for up to 30 seconds and report any new sensations.

Positive Finding

New tingling, electric sensations or heaviness in the limbs during sustained flexion.

Interpretation

Not a recognised validated test; it is a sustained version of Lhermitte's sign. New limb symptoms on neck flexion raise concern for cord irritation and need medical referral. The main myelopathy examination is gait, hand function, reflexes, Hoffmann's sign and clonus. Note: the previously cited PMID did not resolve to a paper on this test; no validated diagnostic-accuracy source was identified.

⚠ Red Flags

  • •Progressive neurological deficit including motor weakness, sensory loss, or bowel/bladder dysfunction suggesting myelopathy
  • •Signs of spinal cord compression: hyperreflexia, positive Babinski sign, gait disturbance, loss of fine motor control
  • •Rapid onset or bilaterally progressive upper limb weakness not explained by peripheral nerve distribution
  • •Bilateral symptoms or bilateral lower limb involvement suggesting central cord pathology
  • •Trauma followed by severe neck pain and neurological symptoms
  • •Signs of vertebrobasilar insufficiency: drop attacks, diplopia, ataxia, or altered consciousness with neck movement

⚡ Yellow Flags

  • •High catastrophic thinking or fear-avoidance behavior regarding neck movements or activity
  • •Significant psychological distress or depression complicating recovery
  • •Central sensitisation features: widespread pain, sleep disturbance, or allodynia beyond cervical region
  • •Work-related stress or job dissatisfaction contributing to symptom amplification
  • •Litigation or compensation claims influencing symptom reporting
  • •Passive coping strategies with low health locus of control

Osteopathic Techniques

Manual therapy works best alongside exercise. Use these techniques to support an exercise programme, not to replace it.

Safety: Before any neck technique, screen for blood-vessel problems in the neck. If there are signs of myelopathy (see Red Flags), do not treat the neck manually: refer.

Region

Cervical spine (C2–C7, restricted segments)

Technique

Muscle energy, cervical (C2–C7)
Grade C
Limited evidence: indirect or low-quality support only
One small trial in cervical spondylosis. Adding MET improved neck position sense, but not pain or disability.

Rationale

Low-force and patient-powered, so it suits stiff, degenerative segments and patients who don't tolerate thrust techniques. Used to restore segmental motion and reduce protective muscle guarding.

How it's done, cautions & evidence

How it's done

The neck is positioned against the restricted barrier. The patient gently pushes back toward neutral for 3–5 seconds against equal resistance, relaxes, and the neck is taken to the new barrier. Repeat 3–5 times, then re-check.

Cautions

Do not use with fracture, dislocation, infection or muscle tear. Take care with cervical instability (check for it in rheumatoid arthritis and Down syndrome), other rheumatological disease, and recent heart attack or surgery. Use the least force needed, especially in older patients.

Evidence in Cervical Spondylosis

One small trial in cervical spondylosis: adding MET to electrotherapy did not reduce pain or disability more than electrotherapy alone, but it improved neck position sense. A systematic review supports MET for chronic neck pain in general.

Region

Cervical spine (restricted segments)

Technique

Articulation, cervical
Grade C
Limited evidence: indirect or low-quality support only
Two small trials in cervical spondylosis. Adding mobilisation improved range of motion, but not pain or disability.

Rationale

Gentle, repeated movement within the pain-free range to ease stiff cervical segments. Easy to grade up or down for irritable or older necks.

How it's done & evidence

How it's done

Rhythmic, low-velocity movement of a restricted cervical segment within its passive range, with no thrust. Usually done with the patient supine and the head supported; the amplitude can vary.

Evidence in Cervical Spondylosis

Two small trials in cervical spondylosis: adding mobilisation improved neck range of motion, but not pain or disability, compared with usual care. In neck pain generally, mobilisation on its own may not beat an inactive control.

Region

Cervical paraspinals, upper trapezius and levator scapulae

Technique

Soft tissue, neck and shoulder girdle
Grade D
Low evidence: expert consensus or could not be verified against literature
No trials in cervical spondylosis. Massage reviews for neck pain show little or no benefit.

Rationale

Eases protective muscle guarding around stiff segments, which often makes articulation or MET more comfortable. Best used as preparation rather than the main treatment.

How it's done & evidence

How it's done

Hands-on soft-tissue work (kneading, stretching and sustained pressure) across or along the cervical paraspinals, upper trapezius and levator scapulae, usually with the patient supine.

Evidence in Cervical Spondylosis

No trials in cervical spondylosis. Reviews of massage for neck pain find little or no benefit over placebo (low-certainty evidence).

Region

Upper thoracic spine (T1–T6)

Technique

Articulation, thoracic
Grade C
Limited evidence: indirect or low-quality support only
Indirect: neck pain trials only. Short-term benefit for pain and function.

Rationale

A stiff upper thoracic spine adds load to the neck. Mobilising it treats a nearby region without moving the degenerative cervical segments directly.

How it's done & evidence

How it's done

Rhythmic, low-velocity movement of restricted thoracic segments within their passive range, with no thrust. The patient is seated, side-lying or prone. For neck problems the upper thoracic segments (T1–T6) are the usual focus.

Evidence in Cervical Spondylosis

Indirect: no trials in cervical spondylosis. In neck pain generally, thoracic manipulation improved pain and function in the short term (moderate quality), and one trial found thoracic mobilisation gave similar pain relief straight after treatment.

Region

Cervical tender points (anterior and posterior)

Technique

Counterstrain, cervical tender pointsNo trials found

Rationale

Indirect and very gentle: the neck is placed in a position of comfort rather than pushed into the barrier. Useful during flare-ups or when other techniques are too uncomfortable.

How it's done, cautions & evidence

How it's done

Find the tender point, then passively position the head and neck until its tenderness drops by at least 70%. Hold for 90 seconds, return slowly to neutral, and re-check the point.

Cautions

Do not use with a fracture or torn ligament in the area. Take care with vertebral artery disease, severe osteoporosis, rheumatoid arthritis and ligament instability.

Evidence in Cervical Spondylosis

Searched 11 Oct 2026: no trials of counterstrain in cervical spondylosis.

Rehabilitation Exercises

Cervical Flexion Stretch (Neck Tuck)

StretchingBeginner

Upper Trapezius Stretch (Lateral Neck Flexion)

StretchingBeginner

Levator Scapulae Stretch (Diagonal Neck Flexion and Rotation)

StretchingBeginner

Cervical Rotation in Neutral Position

Range of MotionBeginner

Cervical Lateral Flexion (Side-to-Side Neck Bending)

Range of MotionBeginner

Cervical Isometric Resistance (Four-Way: Flexion, Extension, Lateral Flexion, Rotation)

StrengtheningIntermediate

Scapular Retraction (Prone Y-T-I Series or Standing Band Rows)

StrengtheningIntermediate

Chin Tuck (Cranio-cervical Flexion) Exercise

PosturalBeginner

Deep Cervical Flexor Activation (Supine Craniocervical Flexion with Biofeedback)

StrengtheningIntermediate

Upper Back Posture Correction (Wall Angels or Prone Shoulder Blade Squeezes)

PosturalIntermediate

Proprioceptive Neck Exercises (Gentle Rotational Head Turns with Eyes Closed)

BalanceIntermediate

Progressive Resistance Neck Extensions and Lateral Flexions (Using Theraband or Manual Resistance)

StrengtheningAdvanced

Referral Criteria

  • •Progressive neurological deficit, motor weakness, or sensory loss in upper limbs despite conservative management
  • •Signs of cervical myelopathy including hyperreflexia, gait disturbance, loss of fine motor control, or positive Babinski sign
  • •Severe unremitting pain unresponsive to appropriate conservative osteopathic and physiotherapeutic management over 6–8 weeks
  • •Symptoms consistent with vertebrobasilar insufficiency or cranial nerve involvement
  • •Failure to improve functional ability or quality of life with structured rehabilitation
  • •Patient preference for surgical evaluation or imaging confirmation of structural pathology
  • •Acute presentation with severe pain and significant neurological signs following trauma
  • •Functional limitation affecting work, activities of daily living, or activities of daily life despite treatment