1, traction treatment: through the continuous stretching of the lumbar muscles to release muscle spasm, improve local blood flow, relieve pain, is conducive to the nerve congestion, edema and absorption, tissue damage repair; traction while making the posterior longitudinal ligament tension, conducive to the nucleus pulposus of the bulging disc to varying degrees of return, change the relative position of the protruding disc and the nerve root, thereby reducing the compression of the nerve root. 2, Chinese medicine manipulation chiropractic treatment: (1) relax the tendons and channels; (2) loosen the adhesions; (3) tendon adjustment; (4) blood circulation and eliminate blood stasis. 3.Chinese medicine fumigation combined with Chinese medicine ionization therapy: relaxing the joint tendons and collaterals, dredging the couples, circulating qi and blood, activating blood circulation and relieving pain. It is suitable for those with tonic and contracted joints, painful numbness or injury with rheumatism. 4.Chinese medicine umbilical therapy: avoiding the adverse reaction of oral drugs to stimulate the digestive tract, using the absorption of drugs by the skin and mucous membrane of the umbilicus and the double treatment of meridian points to achieve the circulation of qi and blood, unblocking the meridians and adjusting the function of internal organs. Minimally invasive interventional techniques for low back pain: (1) Percutaneous laser intervertebral disc decompression: the high temperature of laser acts on the protruding intervertebral disc to decompress and reduce the capacity inside the disc, and the high temperature can also remove local inflammation (2) Medical ozone ablation: ozone contains three oxygen atoms, which decompose into oxygen within 20 minutes, and this process exhibits strong oxidation. Ozone injected into the nucleus pulposus can oxidize and destroy the structure of the protruding nucleus, making it shrink in size and solidify. This eliminates the inflammation caused by the compression and irritation of the nerve by the protruding nucleus pulposus and eliminates the pain symptoms. (3) Percutaneous puncture lumbar disc removal: Minimally invasive surgical instruments are used to drill a hole in the intervertebral disc fiber ring, open a window, remove the nucleus pulposus, reduce the pressure in the disc, relieve the stimulation of nerve roots and pain receptors around the disc, and achieve the purpose of treatment. (4) Nerve radiofrequency thermal coagulation therapy: radiofrequency thermal coagulation causes protein inactivation and coagulation, water loss and atrophy in the protruding, compressed and irritated tissues, changes the position relationship with the nerve tissue, and eliminates the symptoms. It is suitable for the treatment of trigeminal neuralgia, lumbar spinal neuralgia, herniated disc, soft tissue pain, small joint pain and other conditions. (5) Fiber endoscopic technology: removing part of the nucleus pulposus under the fiber endoscope, reducing the pressure in the intervertebral disc, relieving the stimulation of nerve roots and pain sensory apparatus around the disc, and achieving the purpose of treatment. The effective safety guarantee of minimally invasive interventional therapy lies in the use of local anesthesia, where the patient is awake during the procedure and the doctor and the patient can communicate their feelings smoothly; avoidance of important organ tissues with the help of the imaging surveillance system; and safety of sterilization and limited scope of operation. Comprehensive domestic and foreign literature shows that the excellent rate of minimally invasive intervention for lumbar disc herniation is about 80%. Factors affecting the efficacy include: preoperative indication selection, consistency of imaging examination and clinical manifestation, skill level of the operator, efficacy evaluation criteria, follow-up time and psychological state of the patient.