Shenzhen Wudi Microelectronics Co., Ltd

1. Laser blood activating laser irradiation can regulate the activity of some enzymes in blood and promote the generation of ATP. On the one hand, it can ensure that red blood cells have enough energy to maintain their frame structure and deformation ability, on the other hand, it can inhibit platelet aggregation and the bridging effect of fibrinogen, reduce blood viscosity, greatly improve blood rheology indicators, and make human blood circulation tend to be smooth. Due to the enhanced deformability, deformation surface area and oxygen binding ability of red blood cells, the dissolved oxygen and bound oxygen in blood are greatly increased, and the oxygen saturation and oxygen partial pressure are greatly improved. The blood carrying abundant oxygen can rapidly improve the ischemia and hypoxia condition of body cells after circulation, which is conducive to cardiovascular and cerebrovascular health.

2. Laser blood purification laser irradiation can purify the blood by reducing the molecular substance MMS (with neurotoxic effect) in the blood, so as to improve the function of the nervous system. Laser irradiation can improve the level and activity of SOD (superoxide dismutase) in red blood cells, help to remove excessive free radicals in the human body, thus avoiding the toxic and damaging effects of oxidation on tissues and cells.

3. Regulating human immunity semiconductor laser therapeutics can activate or induce T, B lymphocytes and macrophages to produce cytokines, activate the systemic immune system through lymphocyte recycling, enhance the phagocytic capacity of macrophages, and improve the role of non-specific immunity and specific immunity, so as to improve human immune function and improve human disease prevention and disease resistance.

4. Inhibiting the conduction of semiconductor laser in the nervous system not only inhibits the conduction velocity of the stimulus, but also inhibits the intensity and impulse frequency of the stimulus. Laser can inhibit the peripheral nerve impulse, conduction velocity, intensity and impulse frequency caused by pain stimuli.

5. Promoting tissue repair laser irradiation can promote the growth of new blood vessels and granulation tissue proliferation, and stimulate protein synthesis. Capillaries are one of the basic components of granulation tissue and the prerequisite for wound healing. The more abundant the capillaries in granulation tissue, the more sufficient the tissue oxygen supply, which contributes to the metabolism and maturation of various tissue repair cells, and promotes the production, deposition and cross-linking of collagen fibers.