How is vertebral compression fracture treated?

Vertebral compression fractures can be managed through various approaches, including bed rest, physical therapy, pharmacologic symptomatic treatment, minimally invasive vertebral augmentation procedures, or open surgical intervention. If symptoms such as lower-limb numbness or weakness, or urinary/bowel dysfunction occur, prompt medical evaluation and treatment are strongly recommended.

1. Bed Rest Management: Limit daily activity intensity—avoid prolonged standing, bending, or lifting heavy objects. The duration of bed rest should be tailored according to the severity of injury. Regularly change body position in a controlled manner to reduce mechanical stress on the fractured vertebra, thereby creating optimal conditions for basic bone healing.

2. Physical Therapy: After the acute phase has subsided, apply heat therapy and infrared irradiation to the affected lumbar and dorsal regions. These modalities enhance local blood circulation in the lumbar area, alleviate paraspinal muscle spasm, reduce soft-tissue edema, and diminish pain originating from the fracture site.

3. Pharmacologic Symptomatic Treatment: For prominent low-back pain, analgesics may be prescribed alongside agents that improve bone metabolism. This regimen helps relieve pain associated with the injury and enhances bone-healing capacity. During treatment, monitor for gastrointestinal side effects and other systemic reactions.

4. Minimally Invasive Vertebral Augmentation: In eligible patients, specialized biomaterials are injected into the collapsed vertebral body via a percutaneous, minimally invasive approach. This procedure stabilizes the compressed vertebra, rapidly alleviates back pain, facilitates earlier partial mobilization, and shortens the required duration of bed rest.

5. Open Surgical Intervention: When the fracture is complicated by spinal canal compromise and neural compression—and when minimally invasive techniques are inadequate—open surgery is indicated. This involves fracture reduction and internal fixation to decompress neural structures and prevent irreversible neurological damage.

During recovery, increase dietary intake of calcium- and protein-rich foods. Gradually initiate lumbar and paraspinal muscle-strengthening exercises. Avoid risk factors such as falls and heavy lifting with trunk flexion. Schedule regular follow-up imaging to monitor vertebral changes and reduce the risk of recurrent fracture.