Nerve Compression

Nerve compression due to a slipped disc is one of the most widespread spinal conditions globally — affecting an estimated 80% of adults at some point in their lives. It can occur anywhere along the spine, most commonly in the lower back and neck.

80%

of adults affected by nerve compression

#1

cause of back and neck pain worldwide

2

most common sites: lower back & neck

Depending on cause & location, you may experience:

• Increasing pain with movement, lifting, or changes in position

• Morning stiffness that eases gradually with activity

• Pain radiating from the buttocks into the legs (one or both sides)

• Pain running from the neck into the hands or fingers

• Tingling, numbness, burning, or weakness in legs, feet, hands or fingers

• Pain that worsens with rest, sitting, walking, or prolonged standing

• Reduced bladder or bowel control in severe cases

• Imbalance, muscle weakness, or in extreme cases, paralysis

Spine Science & Beyond  ·  Content is for informational purposes only and does not constitute medical advice.

Nerve compression arises from mechanical, lifestyle, age-related, and medical factors — often in combination. The most common single driver is increased pressure on the spinal nerve from a slipped or bulging disc.

Occupational strain (Most common)

Sustained physical demands — heavy lifting, prolonged sitting or driving, repetitive bending and twisting — gradually overload the spinal discs and surrounding nerves.

Heavy liftingProlonged sittingBending & twistingDriving

Lifestyle & posture

Poor posture, sedentary habits, weight gain, and smoking all accelerate disc wear. Exercising with poor technique — especially heavy deadlifts — adds further compressive stress.

Poor postureSedentary lifestyleWeight gainSmokingIncorrect exercise form

Age & degeneration

Discs naturally lose height and elasticity over time. Degenerative disc disease and arthritis reduce the space available for nerves, increasing compression risk.

Disc degenerationArthritisDegenerative disc disease

Trauma

Road traffic accidents, falls, or direct spinal injury can acutely displace a disc. Infections and spinal tumours may also compress nearby nerves.

Road accidentsFallsInfectionTumour

Local nerve entrapment

Nerves can also be compressed at specific anatomical sites — independent of the spine — causing distinctive syndromes along the affected limb.

Carpal tunnel syndromeCubital tunnel syndromeTarsal tunnel syndromeMeralgia paraestheticaSciatica

Inflammatory conditions

Chronic spinal inflammation alters joint and ligament structure, narrowing the nerve canals and raising the risk of compression over time.

Ankylosing spondylitisSacroiliitis

In most cases, a thorough history and physical examination are sufficient to identify the cause. The doctor will assess neurological function — sensation, reflexes, tenderness, spasm, muscle power, range of motion, and any deformity — and correlate these with imaging when needed.

X-ray

MRI

CT scan

EMG / NCV

DEXA scan

Blood tests

The clinical examination evaluates sensation, reflexes, muscle strength, range of motion, tenderness, and visible deformity. Imaging is requested when clinical findings need confirmation or to rule out serious pathology such as a tumour or fracture.

Non-surgical spinal decompression

At Spine Science & Beyond, we have successfully treated thousands of patients with nerve compression — without surgery, medications, injections, or exercise programs.

No longer relying on:

Physiotherapy

Surgery

Steroid injections

Painkillers

Exercise alone

Why spinal decompression works:

Targets the root cause — not just temporary symptom relief

Completely non-invasive with zero side effects

Reduces intradiscal pressure, allowing the bulged disc to return to its natural position and freeing the compressed nerve

Improves blood circulation and promotes natural healing of the affected nerve

Progressively reduces pain and relieves nerve compression

Improves disc quality and restores disc height over time