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Structural and functional aspects of laser irradiation and magnetic field influence on biological objects

机译：激光辐射的结构和功能以及磁场对生物物体的影响

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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. !7

机译：摘要：实验研究了红外激光照射（高达60 mW）和磁场（高达200 mT1）对细胞修复过程和增殖潜能的影响。 1至1000 Hz频率的辐射调制已改变了输出激光功率。在这项工作中使用的磁激光作用参数使将激光能量传递到生物组织的最大深度成为可能。研究表明，存在具体的生物刺激剂量和红外激光辐射频率以及低磁场频率。在磁激光作用下，体内伤口闭合速率的增加和体外细胞的增殖活性增加。！7

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来源
《Medical Applications of Lasers》|1993年|p.387-394|共8页
会议地点 Budapest(HU)
作者
Valentine I. Kozlov; National Research Ctr. for Laser Medicine; Moscow; Russia; Vladimir Tumanov; National Research Ctr. for Laser Medicine; Moscow; Russia; Iskander M. Baibekov; National Research Ctr. for Laser Medicine; Tashkent; Uzbekistan; Oleg Terman;
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中图分类自动化技术、计算机技术;
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3. Biological effect of electromagnetic fields: New findings linking changes in organisms to irradiation by weak fields encourage researchers to posit theories, although research is incomplete [J] . Lerner E.J. IEEE Spectrum . 1984,第5期

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Structural and functional aspects of laser irradiation and magnetic field influence on biological objects

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