What it is

Vertebral fracture stabilisation secures the thoracic spine after traumatic fractures that risk instability or neural compromise. Techniques include percutaneous or open pedicle screw fixation, short‑ or long‑segment constructs, and, in selected cases, cement augmentation for body support. The aim is to protect the spinal cord, restore alignment, and allow early mobilisation.

Rehabilitation focuses on protection first, then progresses to mobility, breathing, balance, and return to work or sport, all according to clear criteria.

What happens when it occurs

Instrumentation bridges the injured levels while the bone heals. Pain typically subsides with time and gradual activity. Early goals are pulmonary hygiene, walking in short bouts, and safe transfers. Range and load are expanded in stages as healing and neurological status allow.

Common indications and pre‑operative factors

  • Unstable compression, burst, or fracture‑dislocation at thoracic or thoracolumbar levels
  • Progressive deformity, intractable pain, or neurological deficit
  • Polytrauma scenarios where early stabilisation enables mobilisation and respiratory care

Who is most affected

Adults after road, workplace, or cycling incidents in Australia. Men are over‑represented in high‑energy trauma; older adults are more likely to be injured after falls.

Typical symptoms before surgery

  • Severe mid back pain, difficulty with weight bearing or standing
  • Local tenderness and protective spasm
  • Neurological symptoms, in some cases, depending on canal compromise

When to seek care

Immediately after trauma. Immobilisation and emergency assessment are essential.

How we diagnose

Clinical assessment with neurological screening, CT to define fracture morphology, and MRI for ligament and cord status. Surgical planning considers alignment, stability, and associated injuries.

Management

  • Protected mobility and log‑roll technique, wound and brace care where prescribed
  • Breathing exercises, coughing support, and early walking
  • Progressive back extensor, hip, and leg strength; balance and gait training
  • Pain control, sleep strategies, and return‑to‑work planning

Rehabilitation milestones

Phase 1 weeks 0–2: hospital‑to‑home transition, pulmonary hygiene, short frequent walks, collar/brace education if used.

Phase 2 weeks 2–6: expand walking distance, begin light strength and balance within precautions, refine posture for sitting and driving.

Phase 3 weeks 6–12: imaging‑guided progression of load, back extensor endurance, functional lifting practice.

Phase 4 months 3–6+: return to role‑specific tasks by criteria; longer timelines with neurological injury.

Readiness to progress

  • Stable imaging and clinical review
  • Neurological status stable or improving
  • Walking distance and strength benchmarks met without next‑day flare

Long-term care

  • Maintain back extensor strength and aerobic fitness
  • Safe lifting and driving habits
  • Bone health assessment for older adults; protective gear and risk reduction for high‑energy activity

Australia snapshot

  • Managed in major trauma and spinal centres across Australia
  • Men feature more often in high‑energy trauma; falls in older adults are common
  • Coordinated rehabilitation supports independence and return to work

Latest insights

Protection first. Early walking, breathing, and sleep drive recovery.

Back extensor endurance is the hinge between pain relief and long‑term function.

Frequently Asked Questions

Used selectively depending on the fracture and fixation. Your surgeon will advise the duration and wear schedule.

Desk roles return earlier than manual roles. We use criteria based on pain, range of motion, endurance, and imaging.

Only when cleared by your team and when you can turn safely without pain or restriction.