Вестник Российской академии медицинских наук
Т. 72, Вып. 5, С. 365-374
Аннотация:
Most of the abiotic environmental factors are electromagnetic in nature. Electromagnetic radiation from various artificial sources exerts a significant influence on living systems. It poses a problem of targeted application of electromagnetic waves in health care, everyday life, and industry. Recently, a fundamentally new direction in medicine has emerged: the use of low-power terahertz electromagnetic waves at the frequency of oscillation of active cellular metabolites (nitrogen oxide, molecular oxygen, etc.) for disease treatment and prevention. It has been demonstrated that if there is a match in frequency between the emitted electromagnetic wave and the natural oscillation of the molecule, absorption occurs and this alters the amplitude of the molecular oscillation and modifies involvement of the molecule in the metabolic process. This fact is of great interest for biomedical technologies because cellular metabolites may significantly affect regional circulation, microcirculation,
Свистунов А. А. Андрей Алексеевич 1965-
Цымбал А. А. Александр Александрович 1982-
Литвицкий П. Ф. Петр Францевич 1947-
Будник И. А. Иван Александрович 1983-
Svistunov A. A. Andrej Alekseevich 1965-
Tsy'mbal A. A. Aleksandr Aleksandrovich 1982-
Litvitskij P. F. Petr Frantsevich 1947-
Budnik I. A. Ivan Aleksandrovich 1983-
Experimental and clinical rational for terahertz therapy at the frequency of molecular oxygen and nitrogen oxide absorption and emission in different pathologies
Experimental and clinical rational for terahertz therapy at the frequency of molecular oxygen and nitrogen oxide absorption and emission in...
Текст визуальный непосредственный
Вестник Российской академии медицинских наук
Издательство "Педиатръ"
Т. 72, Вып. 5 С. 365-374
2017
Статья
Molecular oxygen Nitric oxide Nitric oxide synthase type III T-Rays THz radiations
Most of the abiotic environmental factors are electromagnetic in nature. Electromagnetic radiation from various artificial sources exerts a significant influence on living systems. It poses a problem of targeted application of electromagnetic waves in health care, everyday life, and industry. Recently, a fundamentally new direction in medicine has emerged: the use of low-power terahertz electromagnetic waves at the frequency of oscillation of active cellular metabolites (nitrogen oxide, molecular oxygen, etc.) for disease treatment and prevention. It has been demonstrated that if there is a match in frequency between the emitted electromagnetic wave and the natural oscillation of the molecule, absorption occurs and this alters the amplitude of the molecular oscillation and modifies involvement of the molecule in the metabolic process. This fact is of great interest for biomedical technologies because cellular metabolites may significantly affect regional circulation, microcirculation,