Shock wave therapy is the use of shock wave generator generated by high-energy shock wave energy, with instantaneous increase in pressure and high-speed conduction characteristics, through the aggregation of a specific part of the body's internal tissues through the shock wave energy of the body's internal tissues produced by the physical and physiological effects, manifested in the production of different tensile and compressive stress on the cells, inducing the inter-tissue loosening, promote microcirculation, promote the cellular It can induce different tensile and compressive stresses on the cells, promote microcirculation, prompt the cells to deform elastically, and increase the oxygen uptake of the cells so as to achieve the therapeutic purpose.
The extracorporeal shock wave plays an increasingly important role in the treatment of some orthopedic diseases. Mainly used to treat some bone and soft tissue diseases in the sports system, its therapeutic effect has exceeded people's expectations of physical therapy equipment. Extracorporeal shock wave is a non-invasive treatment technology superior to other minimally invasive, is a safe, reliable, less painful treatment method, especially in the treatment of some chronic soft tissue injury pain disease, more than the traditional surgical method is safer, more effective, non-invasive, no side effects occur, and many other advantages, it is a new type of sports system disease treatment with the safety of the conservative method of non-invasive and surgical treatment of the effectiveness of the method, its role is far beyond people's expectations of the physical therapy equipment. method, its role is far beyond people's imagination.
Two, the principle of treatment
Shock wave effect mainly occurs in the treatment point, there are changes in the impedance site, such as bone and soft tissue connections.
Shock wave can promote tissue regeneration and tissue recovery, and has the following therapeutic effects: increase cell membrane permeability, stimulate cell division and cytokine production, promote the regeneration of tendons and muscle blood vessels, accelerate blood circulation, improve microcirculation and metabolism, support the production of collagen, reduce tissue tension.
Three, treatment advantages:
(1) non-invasive, non-invasive;
(2) anesthesia is generally not necessary;
(3) the treatment time is short, the risk is small, and the treatment can be performed in the outpatient clinic;
(4) there is no need for special post-surgical treatment, and the recovery after the surgery is relatively fast;
(5) the treatment cost is much lower than the open surgery. Elimination of surgical procedures;? The curative effect is exact, the cure rate reaches 80-90%; it does not hurt the normal tissues, and it only works on the diseased area, especially the necrotic cells; it does not need hospitalization, and it does not affect the normal life;
Fourth, the indications
Plantar Fasciitis Jumping Knee/Pin Tendonosis Achilles Tendon Pain--Achilles Tendon (Mucus) Cysticercus Popliteal Attachment Pain? Shoulder Joint Tendon Inflammation and Calcification Metacarpal Lateral Wrist Pain Pain in the Groin Area Ectopic Bone Warts of the Minor Joints - Grade 1 Arthropathy Epicondylitis (Tennis and Golfer's Elbow) ? Trigger point pain-muscle pain points Hip area and iliotibial bundle pain ? Chronic prostatitis ? Fractures that don't heal (osteogenesis imperfecta) ? Piriformis syndrome ? Femoral head necrosis
V. Working Principle
CJB Extracorporeal Shockwave Therapy Instrument is a pulsed acoustic wave generated by the compressed air through the control is converted into a highly accurate ballistic shockwave, the use of shockwave therapy instrument unique frequency, through the positioning and movement of the therapeutic head on the human body's pain points, to play a role in improving the dysfunction of the area affected by the pain points and promote microcirculation, to achieve the purpose of pain relief. To achieve the purpose of pain relief.
Six, clinical application
Shock wave therapy is the use of shock wave generator generated by the high-energy shock wave energy, with instantaneous increase in pressure and high-speed conduction characteristics, through the aggregation of the specific parts of the body through the shock wave energy on the internal tissues of the body's physical and physiological effects, manifested in the production of different tensile and compressive stress on the cells to induce the relaxation of the tissues to promote the microcirculation, prompting the elastic deformation of the cells, and the physical and physiological effects of shock wave therapy on the human body. Microcirculation, promote cell elastic deformation, increase cell oxygen uptake, so as to achieve the therapeutic purpose. This shock wave effect mainly occurs in the treatment point, and changes in the impedance site, such as bone and soft tissue connections.
The shockwave effect mainly occurs at the treatment point, and there are changes in the impedance site, such as the bone and soft tissue connections. Shockwaves promote tissue regeneration and tissue recovery and have the following therapeutic effects: increase cell membrane permeability, stimulate cell division and cytokine production, promote tendon and muscle vascular regeneration, accelerate blood circulation, improve microcirculation and metabolism, support the production of collagen, and reduce tissue tension.
(a), shock wave therapy effect:
1. Loosening effect: when the shock wave into the body, due to the different media contacted, such as fat, tendons, ligaments and other soft tissues, as well as skeletal tissues, etc., in the interface of different tissues can produce different mechanical stress effects, manifested as different tensile and compressive stress on the cells. Tensile stress can cause inter-tissue relaxation and promote microcirculation.
2. Deformation effect: compressive stress can make the cells elastic deformation, increase cellular oxygen uptake, so as to achieve the therapeutic purpose.3. Cavitation effect: When the shock wave is conducted in the human tissue, the tissue contains a large number of tiny bubbles, the bubbles expand rapidly under the action of the shock wave, resulting in cavitation effect, which is conducive to unblocking the occluded microvessels, accelerating microcirculation of the shocked area, improving local blood circulation, and playing a therapeutic role.
(B), the possible effects
? 1, eliminate pain;
? 2, Reduce (soften) stiffness;
3, Eliminate muscle spasm;? 4, Treat intervertebral plate lesions;
? 5, Correct spinal subluxation;
? 6, Reduce nervous system tension;
? 7, to produce balance and harmony in the internal organs;
8, to reduce blood pressure;
9, to obtain proper nutrition for the organs, so that the nerves are nourished;
? 10, so that the body to restore the normal chemical state;
The current ballistic shock wave treatment of frozen shoulder, tennis elbow cure rate of more than 90%.
(3) Clinical indications:
Plantar fasciitis, jumping knee/pin tendinopathy, Achilles tendon pain - Achilles tendon (mucous) bursitis, popliteal attachment pain, shoulder joint tendon inflammation and calcification, palmar side wrist pain, inguinal area pain, exophytic bone warts of small joints Grade 1 arthropathy, epicondylitis (tennis elbow and golfer's elbow), trigger point pain-muscle pain points, pain in the hip area and iliotibial bundle, chronic prostatitis, fracture non-healing (osteoarthrosis), pyriformis muscle syndrome, osteonecrosis of the femoral head, wrinkle reduction, weight loss, diabetic foot, etc.
(D), Clinical Contraindications:
Acute soft tissue infectious disease patients; fractures and osteoporosis patients; patients with broken skin; patients with coagulation disorders; patients with tumors; pregnant women; patients with cardiac arrhythmia; post-surgical patients; assembly pacemakers. Side effects in children are not known.