INFLUENCE OF PULSE SEMICONDUCTOR LASER INFRARED RANGE ON THE ACTIVITY OF ALKALINE PHOSPHATASE IN EXPERIMENTAL UNCOMPLICATED FRACTURE OF MANDIBLE AND TRAUMATIC OSTEOMYELITIS

It is known that the laser emission in the red and infrared (IR) at therapeutic doses on the molecular level stimulates the redox processes, increases the rate of protein synthesis, enzymes, membrane potential changes at the cellular level, increases the proliferative activity. The present study evaluated the effect of a semiconductor laser on the activity of alkaline phosphatase in uncomplicated bone fracture of the lower jaw and traumatic osteomyelitis. The study was conducted on 170 Wistar rats. Total generated 5 groups. The animals were irradiated by an infrared laser, the exposure was 10 minutes. Detected laser stimulating effect on the enzyme activity of bone pathology for modeling bone, which provides a favorable clinical effect of the treatment.