Vertebral Compression Fracture

A vertebral compression fracture is a collapse or crack in a spinal vertebra that can cause back pain and changes in posture. It may happen after a fall, lifting movement or other force, especially when bone has become weaker. Some fractures develop with little obvious injury. Prompt assessment helps distinguish a fracture from muscle pain and guides protection of the spine.

Lower Back Pain is a common presentation of a vertebral compression fracture, and Upper Back Pain is also a common presentation. Pain may begin suddenly, worsen when standing, walking, coughing or bending, and ease when lying down. Tenderness over one area of the spine, reduced movement and a gradual stooped posture can occur. New leg weakness, numbness or loss of bladder or bowel control needs urgent medical assessment.

A weakened vertebra can buckle under an everyday load, while a stronger vertebra may fracture after a significant fall or impact. Osteoporosis is a common underlying cause because it reduces the internal strength of bone. Less commonly, infection or a growth affecting bone can contribute, so persistent or unusual pain deserves evaluation rather than self-treatment.

Pain and movement restriction are often most noticeable early. The vertebra may settle into a wedge shape, which can increase forward curvature and shift the way the back carries load. Recovery depends on bone strength, fracture stability and general health. A clinician may monitor symptoms and function while the bone heals and address the reason it fractured.

Risk is higher with low bone density, older age, a previous fragility fracture, long-term steroid use, reduced mobility and conditions that affect bone metabolism. Poor balance can increase falls, while smoking and inadequate nutrition may make bone health harder to maintain. A personal review can identify modifiable risks and whether bone assessment is appropriate.

Diagnosis starts with the injury story, pain pattern, posture and a neurological examination. X-rays can show a change in vertebral height; MRI or CT may clarify the age of a fracture, its stability or another cause of pain. Bone-density testing may be considered when weakened bone is suspected. Tell the clinician about steroid use, cancer history, fever and any new weakness.

Treatment may include a tailored activity plan, pain relief, short-term support when suitable, and gradual return to movement. The plan also addresses bone health; Bisphosphonate Therapy may be discussed when osteoporosis raises fracture risk. Persistent severe pain from a suitable fracture may lead to discussion of Kyphoplasty or Vertebroplasty. These procedures use different techniques to stabilise the collapsed vertebra, and selection depends on imaging and clinical findings.

Change position regularly, use a supportive chair and keep essential items within easy reach while pain settles. Follow the movement limits given by your clinician, then build walking and strengthening gradually. Avoid prolonged bed rest unless specifically advised, because inactivity can reduce strength and confidence.

A collapsed vertebra can contribute to persistent pain, reduced height, spinal curvature and difficulty with everyday activity. Multiple fractures may restrict breathing mechanics or balance. Rarely, displaced bone can affect nearby nerves. Seek urgent care for new weakness, spreading numbness or bladder and bowel changes.

Bone-strength care, resistance exercise suited to your ability, adequate nutrition and fall-prevention measures can lower future risk. Improve lighting, remove loose rugs, use handrails and have vision or balance concerns assessed. If you have had a low-impact fracture, ask whether osteoporosis evaluation is needed.

An orthopaedic or spine specialist can assess fracture stability and nerve findings; a physiotherapist can help restore safe movement. Bring imaging reports, a medicine list and details of how the pain began. Care may also involve a clinician focused on bone health when osteoporosis is suspected.