Peculiarities of Angiogenesis and Cellular Microenvironment in Skin Wound Influenced by Low Intensive Laser Radiation (Experimental Electron Microscopic Investigation)
The article presents the results of low intensity laser radiation influence on the condition of microcirculation bed and it’s cell environment at experimental cut skin wounds. The research was carried out with transmission electron microscopy. It is shown that neutrophilic infiltration decrease under the influence of low intensive laser leads to reduction of wound clearance time. Helium-neon laser stimulates immunity by mononuclear phagocyte cells in skin-muscle wound. Laser stimulation modifies microcirculatory bed reactions, activating local blood circulation in intact and regenerating tissues due to involving recently nonfunctional capillaries and generating of new ones.