Cervical spondylosis and lumbar disc herniation are among the more common spinal disorders in clinical practice. This is a problem that many patients are anxious about. Indeed, if you want to treat it conservatively, you are afraid that it will not be completely cured; if you want to have surgery, you are afraid that there will be surgical sequelae. Then what should be done? Here we introduce a minimally invasive treatment method: low-temperature plasma disc myeloplasty. What is the technology of low-temperature plasma disc myeloplasty? This is an advanced technology developed in recent years to treat cervical spondylosis and lumbar disc herniation, which is a real minimally invasive technology. The principle lies in the use of high-energy plasma field to decompose tissue molecules, the thermogenic effect produces tissue contraction or hemostasis, and a small volume change can produce a large pressure change, thus decompressing the herniated disc, relieving the pressure on the nerve root and reducing clinical symptoms. The working temperature of plasma is 40-70 degrees, which is low temperature and safe, with little trauma and maximum protection of the fibrous annulus wall without incision; it can effectively remove tissue. Here is a look at the procedure of low-temperature plasma disc myeloplasty and what its advantages are. Plasma meduloplasty enters the annulus fibrosus through a puncture needle of about 0.6mm in diameter, without any adverse effect on the stability of the annulus fibrosus and surrounding tissues. Thus, the technique has incomparable safety and minimally invasive features of traditional therapy.1. Accurate positioning. Accurate positioning under C-arm X-ray machine or stereotactic instrument, directly on the lesion of the nucleus pulposus, data accurate to less than 1mm, angular error of less than 1 degree, so that the treatment is more accurate, more effective, and does not hurt any normal tissue. 2, no nerve injury. Due to accurate positioning, low temperature environment (40 degrees-70 degrees), operation under wakefulness, and pre-stimulation test, so the patient’s nerves will not be damaged in the treatment. 3.Minimally invasive and green. The diameter of the treatment needle electrode is only 0.7mm, just like an acupuncture needle. The whole treatment does not use analgesics, antibiotics or hormones, but only a physical change process, which has no side effects on the human body, making the treatment greener and more humane. In addition, plasma pulpal nucleoplasty causes little disc degeneration after surgery; it has little impact on spinal stability and low rate of disc re-protrusion; patients have no pain, no incision, short surgery and hospitalization time. Through the above introduction, we can see that although there are many methods to treat cervical spondylosis and lumbar disc herniation, low-temperature plasma intervertebral disc myeloplasty has obvious advantages. It is a green and safe treatment method that causes a very small incision on the patient’s body and has a very good treatment effect with accurate positioning. Cryogenic plasma nucleus pulposus ablation is applicable to: patients with lumbar disc herniation: 1) lumbar and leg pain, with leg pain being the most important, and positive straight leg raise test; 2) nerve root injury manifestations, such as abnormal superficial sensation, decreased muscle strength, abnormal reflexes, etc.; 3) discogenic pain and contained disc herniation; patients with cervical disc herniation: 1) cervical vertigo; 2) shoulder and neck pain, heaviness with obvious upper limb soreness, burning pain, numbness, etc.; 3) cervical disc herniation 3) discogenic pain and contained disc herniation; 4) unilateral disc herniation confirmed by MRI after three months of conservative treatment with poor results; 5) unilateral neurogenic symptoms with cervical spine osteophytes and mild degeneration.