Why Choose Near Infrared Therapy for Diabetes

Many animal and clinical studies found that low energy laser irradiation. After erythrocyte superoxide dismutase activity increased, suggesting that laser

Bio-stimulation can improve the body's ability to remove free radicals; the other In addition, nerve intracellular calcium concentrations were significantly increased, and fitness When the calcium concentration increased activation of enzymes may play a make Use, causing a series of favorable body resistance on behalf of Metabolic processes and physiological reactions, improve microcirculation and promote fine Cell proliferation function. Near-infrared low-intensity laser irradiation not only Reduction by generating oxidative metabolites also can increase the neutral

Granulocytes free calcium concentration, a preliminary affirmative laser treatment The radical regulatory mechanism. Similarly, low-intensity laser main

By photochemical make antioxidant enzymes to restore or improve their living, Thus accelerating free radical scavenging, reducing lipid peroxidation

Production. Alternatively, the low-intensity laser change in an inactive state Antioxidase molecular conformation, restore enzyme activity, thereby improving

High body's antioxidant capacity.