Early surgery has long been advocated for spinal cord cervical spondylosis, but is non-surgical treatment out of the question? The reality is that more than 90% require non-surgical treatment, with the following options: oral medications, physical therapy, massage, topical medications, intraspinal medications, etc. Our approach in the clinic is manual correction, oral medication, combined with postural movement training, after 3~4 weeks of intensive treatment to relieve symptoms, and then 3~6 months of gradual treatment to return to the family and society, so that patients can master the static and dynamic movement postures in daily work and prevent movement imbalance during rest, leisure and work, providing a new prevention for patients with spinal cervical spondylosis Rehabilitation concept. What is the basis for spinal cord cervical spondylosis manipulation correction? This is based on the following three aspects: 1. From the spinal cord MR images, the types of spinal cord compression in the spinal canal are divided into: strained multi-segmental spinal cord compression, traumatic single-segmental disc herniation spinal cord compression, and congenital spinal stenosis extensive spinal cord compression. This shows that correcting the mechanics of spinal cord compression can reduce symptoms. 2, from the spine X-ray image, the cervical spine intervertebral structure type in the frontal and lateral position shows: strain rotational distortion, traumatic flexion and extension folding, in the cervical spine functional position shows: intervertebral instability. This indicates that correction of intervertebral rotational distortion, flexion and extension folding, and joint instability can reduce spinal cord compression and irritation. 3, from the physical examination of the neck palpation, patients with spinal cord type cervical spondylosis have a series of pathological changes such as cervical muscle spasm, joint disorder, ligamentous fascial contracture and other mechanical imbalance of cervical intervertebral structures and surrounding soft tissues, inflammation and blood flow disorders. As a result, our correction is aimed at correcting intervertebral rotation, reducing spinal canal distortion, releasing paravertebral muscles to reduce intervertebral pressure and spinal cord compression, guiding the synergistic movement of cervical muscles and joints, restoring cervical curvature, enhancing intervertebral stability, and promoting recovery of spinal cord function. A recently treated female patient, aged 51, had weakness in both lower extremities for more than 2 months at the time of consultation. She reported weakness in walking, weakness in the right hand, difficulty in holding a pencil, discomfort in the back of the neck, and no history of neck trauma. Treatment was based on corrective training, once a week, the first three times to adjust the cervicothoracic segment and the upper cervical misalignment, with sitting, lying and standing posture training, oral nerve-nourishing drugs, after 3 times walking softness reduced, told to reduce the usual time to lower the head, strengthen the upper limb muscle exercise, treatment changed to once every 2 weeks, 3 months later the condition was stable, treatment changed to once every 3 weeks, 6 months after recovery to normal, stop treatment, continue daily movement Exercise. Here, we solemnly propose: spinal cervical spondylosis is a common disease that can lead to limb paralysis and urinary and fecal incontinence, and cannot be easily treated surgically or non-surgically; any kind of inappropriate choice may lead to irreversible lifelong regret!