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Proceedings Paper

Structural and functional aspects of laser irradiation and magnetic field influence on biological objects
Author(s): Valentine I. Kozlov; Vladimir Tumanov; Iskander M. Baibekov; Oleg Alexandrov Terman; Vladimir Kotunov
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Paper Abstract

An influence of IR laser irradiation (up to 60 mW) and magnetic field (up to 200 mT1) on reparative process and proliferative potency of cells has been studied in experiments. Irradiation modulation by the frequencies from 1 to 1000 Hz has varied an output laser power. The parameters of magneto-laser action used in this work make it possible to deliver laser energy to maximum depth in biological tissues. It has been shown that there are concrete diapasons of biostimulating doses and frequencies of IR laser irradiation and low magnetic field. An increase of wound closure rate in vivo and proliferative activity of cells in vitro takes place under the magneto-laser effect.

Paper Details

Date Published: 15 February 1994
PDF: 8 pages
Proc. SPIE 2086, Medical Applications of Lasers, (15 February 1994); doi: 10.1117/12.169109
Show Author Affiliations
Valentine I. Kozlov, National Research Ctr. for Laser Medicine (Russia)
Vladimir Tumanov, National Research Ctr. for Laser Medicine (Russia)
Iskander M. Baibekov, National Research Ctr. for Laser Medicine (Russia)
Oleg Alexandrov Terman, National Research Ctr. for Laser Medicine (Russia)
Vladimir Kotunov, National Research Ctr. for Laser Medicine (Russia)


Published in SPIE Proceedings Vol. 2086:
Medical Applications of Lasers
Kazuhiko Atsumi; Cornelius Borst; Frank W. Cross; Herbert J. Geschwind; Dieter Jocham; Jan Kvasnicka; Hans H. Scherer; Mario A. Trelles; Eberhard Unsoeld, Editor(s)

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