How does the CePlate Cervical System help restore stability to the spine?
Publish Time: 2024-05-11
The CePlate Cervical System helps restore stability to the spine by:
Provide physical support: CePlate Cervical System is implanted into the patient's spinal bone tissue to provide direct physical support to the spine. These implants can restore stability to the spine by filling gaps caused by spinal disease or injury, preventing further spinal deformation or displacement.
Restore the normal structure of the spine: CePlate Cervical System can help restore the normal physiological curvature and structure of the spine. For example, in the treatment of scoliosis, implants can be used to correct the curved spine and restore it to a normal physiological state. This structural restoration helps restore stability and function to the spine.
Promotes bone tissue growth and healing: Some CePlate Cervical Systems are biocompatible and bioactive and can stimulate bone tissue growth and healing. These implants form a good bond with the surrounding bone tissue to form new bone tissue, thus enhancing the stability of the spine.
Reduce postoperative complications: By providing stable support and restoring normal function to the spine, the CePlate Cervical System can reduce the risk of postoperative complications such as infection and nerve damage. The reduction of these complications contributes to patient recovery and maintenance of spinal stability.
It should be noted that the selection and use of CePlate Cervical System needs to be based on the patient's specific situation and the doctor's recommendations. During the implantation process, the doctor will comprehensively consider the patient's age, disease type, severity and other factors to select the most suitable implant and surgical plan for the patient. At the same time, patients also need to follow the doctor's recommendations for rehabilitation training and lifestyle adjustments after surgery to promote the recovery of spinal stability and function.
