Dr. Andrej Kuchinsky Profile

Dr. Andrej Kuchinsky

at Institute of Molecular and Atomic Physics

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Proceedings Article | 10 July 2007 Paper

Effects of laser-magnetic blood irradiation in vivo

Galina Zalesskaya, Vladimir Ulaschik, Andrej Kuchinsky, Olga Galay

Proceedings Volume 6727, 67272T (2007) https://doi.org/10.1117/12.752503

KEYWORDS: Blood, Absorption, Magnetism, In vivo imaging, Proteins, Laser therapeutics, Organisms, Oxygen, Ultraviolet radiation, Molecules

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Laser-magnetic field action on blood in vivo was studied within a range 440-650 nm. The primary mechanisms of laser-magnetic blood irradiation in vivo were studied at (1) laser and non-laser irradiation with light of various wavelengths, (2) autohemo-magnetic-therapy, (3) multicolored over-vein irradiation of the blood, (4) the laser-magnetic field actions. Hemoglobin is considered as primary photoacceptor of radiation. The dependence of effectiveness of laser action on light wavelength was compared with known action spectra for blood photostimulation. Magnetic field enhancement of the laser- induced reactions was discussed as result of magnetic field influence on ferromagnetic hem inclusions and on a structure of hemoglobin peptide chains. Hemoglobin oxygenation or deoxygenation processes were analyzed as a first stage of the therapeutic effects depending on a preceding hemoglobin oxygenation degree at pathological state. The laser- magnetic irradiation causes tendency to the normalization of these process. It is proposed that the secondary reactions are initiated by reversible structural changes of erythrocytes membrane caused the strong hemoglobin absorption.

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