A detailed MRI investigation after the detection of these neurological symptoms, has the potential to ascertain the exact location and nature of neurological trauma resulting from vertebral bone fracture. Numbness, palsy, loss of reflexes and muscle strength after vertebral fracture, require particularly careful clinical supervision. This has the potential to damage spinal cord and nerve roots. Neurological consequences of Vertebral FractureĪs the vertebral spine mechanically supports the central nervous system, the loss of height resulting from the collapse of a vertebral body will put painful pressure on particular areas of the spinal cord. The pain resulting from vertebral fracture will continue until the bone fracture is stabilised, either by healing in its new position within a couple of months, or by being treated with either kyphoplasty or vertebroplasty. Prolonged instability of a vertebral bone, has the potential to cause the fracturing of vertebral bones as ongoing process. Mobility and therefore quality of life is naturally reduced by a vertebral compression fracture, as the patient will have a tendency to remain in a resting position. Patients experience pain relief by lying down. The pain worsens in a sitting or standing position. It is in this area that the vertebral bodies suffer the highest pressure and crack most often. The pain is always felt close to the site of the fracture, commonly near the waistline in the lumbar spine. Any bone fracture can lead to an edema (a build up of fluid causing a painful internal swelling). The result of vertebral fracture is immediately painful and irritating. A situation as trivial as a stumble on stairs while carrying a bag, sneezing or coughing can result in a vertebral fracture. In patients with osteoporosis the vertebral fracture can result from daily life. In healthy patients a vertebral fracture can occur as a rare consequence of a serious accident. Potential for neurological impairment (palsy, numbness, loss of strength, impaired reflexes) due to increased pressure on spinal cord and nerve roots.Increased pressure in internal organs resulting from spinal deformity.Reduced height impairs lung capacity, breathing, and leads to a deterioration in general metabolism.Static changes of the spine impairs mobility and balance.Reduced diameter of vertebral bodies decreases body height.Spine deformity results in a forward bent posture.However, since 1984 this procedure has been performed as a minimally invasive procedure: the percutaneous vertebroplasty has become a standard procedure following osteoporotic cerebral fracture. For decades Kyphoplasty has been performed as open spine surgery, in order to increase the volume of the fractured vertebrae and as pain relief. Vertebroplasty or Kyphoplasty is a procedure with a long medical history. These fractures are often caused by osteoporosis. It was designed to treat spinal fractures (separation and weakness of the bone material in the vertebral body). Kyphoplasty is a way of repairing a damaged spine, by use of a minimally invasive surgical procedure. ![]() What is Kyphoplasty as a treatment for Vertebral Compression Fracture? Osteoporotic Fracture of the Vertebral Spine: Kyphoplasty enables the reconstruction of fractured vertebral bodies.© Bruce Blaus via Wikimedia Commons
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |