The human body is a whole organically combined by various tissues and organs, and the tissues and organs are composed of a variety of cells with different functions and properties, nerves, hormones, media, active ingredients and other substances linking the tissues and organs, the cells, thus forming a complex whole. The dynamic equilibrium of the human body is under the constraints of life activities, under the limitations of time and space, within a specific amount and degree of activity. The normal muscles in the body, in the process of contraction and diastole, are along the longitudinal axis of the muscle to slide up and down with different amplitudes, and implicated in the movement of other tissues, many muscle groups of each muscle in the body in different directions of the slide, in order to make the body complete a variety of complex movements. When adhesions, contractures and scars occur in one part of these soft tissues, it is impossible for the muscles and other tissues to stretch and slide freely in the body. Restricting the movement of the lateral surfaces of the tissues and the cross movement between them hinders the normal flow of blood and body fluids, causing the blood flow to break off in the corresponding local part; for those who are partially blocked, the flow of body fluids and blood flow decreases and the flow rate slows down, resulting in the retention of blood and body fluids upstream and the deficiency of blood and body fluids downstream. After chronic tissue damage, the body is not free to play its proper functional role in the process of maintaining life activities. Various tissues within the body make relative movements within their own specific range when the body is active, some in lines and some in combination, and this movement is intricate and complex. As long as what factors limit their relative movement, can not freely complete their own movement in its specific movement trajectory, resulting in a balance disorder. When there is a sterile inflammatory stimulus in the organism, its own compensatory mechanism automatically appears in order to reduce this stimulus and soft tissue protective spasm, breaking the balance between tissues, soft tissue suffers closed injury, myofascial tension and increased pressure in the myofascial gap, after the trauma heals, it can leave light and heavy adhesions, contractures, scarring, blockage, which can cause bone and flesh, muscle and ligament, muscle and muscle, muscle Such changes will seriously affect the normal movement between bone and muscle, i.e., there is a dynamic imbalance. Due to local stimulation of inflammatory pain-causing substances and inflammatory adhesions, myofascial tension and pain at rest, and increased static tension, will further promote or aggravate the occurrence of local myofascial strain, forming a vicious circle of pain. Aseptic inflammatory stimulation will inevitably cause tissue adhesions, contractures, scarring, and blockages, the causative factors of which are aseptic inflammation formed by the sequelae of acute soft tissue injury or chronic strain, but the formation of these pathological factors can further worsen the aseptic inflammation and create a vicious cycle. Elimination of pain requires restoration of intertissue balance, by eliminating adhesions, scarring, contractures, and blockages. For example, L3 transverse process syndrome: it is an adhesion of the lumbar dorsal fascia, sacrospinous muscle and the tip of L3 transverse process due to chronic abrasive strain or acute abrasive injury, hemorrhage and mechanization, which makes the L3 transverse process be pulled when the lumbar region makes flexion and extension movements and results in protective spastic pain of the lumbar dorsal fascia and sacrospinous muscle. The symptoms of L3 transverse synovial syndrome can be completely eliminated by treating the sacrospinous muscle and the lumbar dorsal fascia in the lower part of the sacrospinous muscle or the lumbar spine in the area of the small joints of the paraspinal column.