The bones or vertebrae in the spine are very strong, but sometimes, in certain circumstances such as excessive pressure, repetitive bending or lifting or a physical injury such as a hard fall can damage or weaken vertebrae. When a spinal bone collapses, this is referred to as a compression fracture. For young, healthy individuals these fractures are rare but most likely to occur in those who work at heights or participate in sports like gymnastics, or aerial sports like ski jumping which involve high velocity repetitive bending, twisting and landing jumps from significant heights.
Another common cause of compression fractures is osteoporosis, which is a silent disease that gradually leads to weak or brittle bones. Bones that are thin and weak cannot withstand normal pressure and this may cause them to collapse during normal activity.
The symptoms of a fracture will develop suddenly if it is caused by a forceful injury such as a fall or car accident, and it may involve severe pain that starts in the back and spreads to the arms or legs depending on where in the spine the fracture occurs. Numbness and weakness may also be experienced if the fracture compresses or damages nerves in the spine. In cases of slower vertebral collapse such as in the presence of osteoporosis, the pain may develop gradually or might not be felt at all until the vertebra breaks. In order to receive an accurate diagnosis for a compression fracture, a physician must complete a physical examination which will likely include diagnostic imaging such as x-rays that can help determine the location and severity of the fracture, and initial treatment approach. People with osteoporosis are more susceptible to compression fractures even from a minor trip or fall. Metastatic diseases such as cancer can also cause compression fractures as cancer may spread to the spine and destroy parts of the spinal bones.
The management approach for spinal compression fractures usually involves pain medication, initial resting, and in some cases, using a back brace to reduce spinal movement. The outcomes of this type of conventional approach vary widely with some people experiencing healing of the fracture in about 12 weeks through conventional treatment, while others need surgery. Physiotherapy is a beneficial therapy to compliment medical management of compression fractures. Physiotherapy will assist patients in maintaining range of motion and physical activity while protecting the healing area, whether the fracture is being managed conservatively or surgically.
A physiotherapy program is typically designed after a thorough examination of the individual in order to assess physical ability, range of motion, and any possible impairment. Once the therapy begins, a physiotherapist will demonstrate techniques that aim at reducing pain, improving posture, enhancing thoracic mobility, strengthening spinal muscles, improving trunk control, and strengthening the lower extremities that support the spine. This type of multimodal approach affords individuals who have experienced a compression fracture with significantly less pain as well as improved mobility and function in about 10 weeks.
If you’re suffering from persistent pain and discomfort due to a spinal compression fracture, a physiotherapist can develop a recovery program that is specific to your needs. Working closely with a physiotherapist at Advantage Physiotherapy can prevent long-term disability and help restore your quality of life.
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