Scoliosis treatment in three ways: Treatment 1: This is the treatment of scoliosis provided by the Italian master of manual therapy M.M. Fulgenzi, whose main treatment principle is to treat from the lower extremities upwards. Lower extremities: The muscle tone of both lower extremities is assessed in a side-lying position and treated appropriately. Lateral side of the body: Because of the scoliosis, the myofascia and other tissues on the concave side of the spine tend to be tight, so you can relax these tissues in a side-lying position with active movements. Pelvis: The pelvis with scoliosis tends to rotate inward (inflare) on one side and outward (outflare) on the other side, and the problem of the pubic symphysis also needs to be addressed. Sacrum: The sacraltorsion can be corrected by sitting in a seated position with the active movement of the patient and the therapist’s hand on both sides of the sacrum to apply force and twist. Thorax: Scoliosis will cause tightness of intercostal muscles inside and outside the thorax, which can be relaxed with the breathing movement of the patient. Back area: Scoliosis causes rotation of the vertebrae, so the muscles on one side of the upper back will protrude significantly, which is caused by the rotation of the transverse processes of the spine. Scapula: Scoliosis will cause the shoulders to be high on one side and low on the other, and the scapula will appear to be inward and outward on one side. Ribs: Scoliosis will cause the vertebrae to rotate and drive the rib cage to rotate, so the rib cage on one side of the upper back will protrude significantly. Scoliosis treatment method 2: The following methods are provided by the master of manual therapy for the treatment of scoliosis as a reference. (a) Recent studies in the literature have shown a link between progressive scoliosis and proprioceptive deficits (Keessen 1992). In a study of polysynapticspinalcordreflexes, it was found that in cases with scoliosis, the neuromuscular adjustment was slower and less precise than in normal cases (Maquire 1993). A study of the peripheral muscles at the tip of the vertebral prominence (apex) showed that the multifidius on the concave side of the spine tends to become a fasttwichfiber. A section study of the peripheral muscles of the spine showed a significant decrease in the number of musclespindle in cases with scoliosis. The study showed a greater incidence of abnormalities in the brainstem region in cases with scoliosis. Posturalcoordination is less developed in cases with scoliosis. (2) Robert Schleip’s master manual therapist recommended treatment direction: To deal with the tight spinalerectors. Special stretching techniques for the spine. Assess and improve the mental state, social skills and environment of the patient. Special antigravitysensory function training (antigravitysensorfunction). Micromovement exercises for proprioceptive functions. (C) Robert Schleip’s manual therapy techniques are used to deal with the tight spinalerectors. In this position, the therapist can use various myofascial relaxation techniques with the active movements of the patient to relax the muscles around the spine. In this position, the therapist can use various myofascial relaxation techniques to relax the muscle tissues around the spine. To train proprioceptive functions on a cushion, the client stands on the cushion with a book on his or her head and is asked to maintain balance while making touching movements in different directions. Scoliosis treatment method 3: Sometimes there is no progress after a certain degree of scoliosis treatment, then you can consider the following problems. The lumbaris major muscle has fiber bundles connected to the anterior side of the transverse processes of all lumbar vertebrae and to the anterior medial side of the discs of the lumbar vertebrae from L1 to L4. The fibers of the anterior myofascia are about 3 to 8 cm in length, while the posterior myofascia are about 3 to 5 cm. The course of these myofascia is from the upper medial side to the lower lateral side, and then form a common tendon, which crosses the pelvicbrim. The diaphragmatic foot and its fascia cover the psoas major muscle until they blend into the anteriorlongitudinalligament. This allows the common tendon of the iliopsoas muscle to be associated with the transversus abdominis and the internal oblique muscle. When the psoas muscle passes the edge of the pelvis, the fascia of its posterior muscle bundle is tightly attached to the edge of the pelvis, producing a posterior rotation of the ipsilateral mesentery. Mesentery: The mesentery (rootofmesentary), which has an important position in the skeletal muscular system, runs from the 12-finger jejunal junction in the left upper abdomen downward toward the blind flap in the right lower abdomen, and when the mesentery is tightened by certain factors, it causes rotation of the lumbar vertebrae and restriction of joint mobility. This is the reason why many clinical cases with lumbar spine and intestinal joint problems do not improve well, because they do not deal with the problem of mesenteric tightness, so the symptoms of the cases will return quickly or even do not improve, using visceral manipulation therapy techniques, you will find that a simple action can greatly improve the problems of the lumbar spine.