Patients with spinal cord injuries still have a great deal of residual dysfunction after surgical treatment, but many patients often neglect rehabilitation interventions after orthopedic surgery, causing greater distress to their postoperative quality of life. Spinal injuries and diseases should be treated with rehabilitation interventions as early as possible after surgery Spinal injuries and diseases include spinal and spinal cord injuries caused by spinal trauma and spinal origin diseases (spinal pain, disc herniation and other clinical symptoms), which used to be treated mainly in the orthopedic department, resulting in untimely or no rehabilitation interventions, while spinal origin diseases were mainly treated in the primary care department, resulting in delayed surgery or excessive surgery. While orthopedic surgery mainly repairs damaged tissues, adjusts anatomical structures and biomechanics, and creates conditions for functional recovery, rehabilitation plays a more important role in the recovery of postoperative functions and improvement of body functions. The group was formed to give orthopedic surgeons and patients a greater emphasis on the role of rehabilitation in spinal injuries, and to provide clear guidance to patients with spinal injuries on the importance of early postoperative rehabilitation intervention. No solution to lumbar spine pain? Nowadays, urban people work for a long time with high intensity and long hours, so it is easy to get cervical spine pain and lumbar leg pain, but these cervical spine and lumbar spine pain do not have organic lesions in the early stage, so many people often choose massage and massage, but once the pain stops, it continues to attack again. There are also patients who suffer from chronic neck, shoulder, waist and leg pain, but are “in the wrong door, the wrong disease”: some long-term dizziness and headache, medicine and massage is ineffective in fact cervical spondylosis; some lumbar pain as lumbar strain treatment is actually a herniated disc, and some teeth were almost pulled out before the diagnosis of trigeminal neuralgia, the misdiagnosis rate of up to 40%. ”Biomechanical imbalance of the spine is the main factor leading to spinal and lumbar pain, and segmental instability of the spine and weak core muscles are the main causes of biomechanical imbalance, and the combination of biomechanical adjustment and active exercise rehabilitation for such patients is an important means of preventing and treating pain of spinal origin.” Three main causes of spinal and lumbar pain 1, dynamic changes – segmental instability: including biomechanical changes such as changes in the physiological curvature of the spine, spinal instability, displacement, ligamentous laxity, and decreased muscle contractility. 2, organic changes – degenerative changes: mainly intervertebral disc degeneration, disc herniation, bone superfluous formation, destruction of bone or bone joint structure, ligamentous hypertrophy calcification and other structural changes. 3, chemical changes – inflammatory response: often due to the above two factors, including local inflammatory response, the production of pain-causing substances and the corresponding, certain biochemical factor changes. ”In rehabilitation, we generally use medication to eliminate the early inflammatory response, and then use a comprehensive rehabilitation approach to relieve the adverse stress and remove the cause of the disease. For example, to relieve the inflammation of nerve roots (NSAID), to relax the muscles and cut off the vicious cycle between muscle tension and pain (myorelaxants), to inhibit abnormal nerve discharges and accelerate the repair of damaged nerve roots (neuroprosthetics), to target severe inflammation and edema (hormones and dehydrating agents), and to adjust the biomechanics of the spine, to correct segmental instability or disorders of alignment and to Guiding the patient in active motor training, commonly used methods: use of braces, application of humanized products, traction techniques, rotational repositioning techniques, joint release, McKenzie treatment techniques, chiropractic techniques, biomechanical correction techniques, active motor training techniques.”