Electromagnetic radiation influence on clinical course of experimental wound infection

Abstract

The article gives close attention to the study of electromagnetic radiation influence (EMR) at the frequency of molecular spectrum absorption and radiation (MSAR) of nitric oxide (150 GHz) and atmospheric oxygen (129 GHz) on the clinical course of experimental wound infection caused by antibiotic-sensitive and antibiotic-resistant strains of Pseudomonas aeruginosa. The panoramic spectrometric measuring complex, developed in Saratov Scientific Research Institute of Measuring Equipment was used while carrying out the research. Electromagnetic vibrations of extremely high frequencies were stimulated in this complex imitating the atmospheric oxygen and nitric oxide absorption and radiation molecular spectrum structure. The experiments proved the fact that exposure to radiation at the frequency of molecular spectrum absorption and radiation (MSAR) of nitric oxide and atmospheric oxygen had positive impact on the course of traumatic process

Keywords

• atmospheric oxygen
• electromagnetic radiation
• experimental wound infection
• nitric oxide
• Pseudomonas aeruginosa