Proceedings of Effects of Low-power Light on Biological SystemsSPIE--the International Society for Optical Engineering, 2000 - Infrared radiation in medicine |
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Contents
CELLULAR MECHANISMS | 10 |
MOLECULAR AND CELLULAR EFFECTS | 25 |
Role of PKC isozymes in lowpower lightstimulated proliferation of cultured skin cells | 34 |
Copyright | |
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Common terms and phrases
absorbing absorption acid action activity alteration band Biochem Biological blood Ca2+ calcium caused cell cultures cellular changes chromophores concentration contractive cultures curve cytochrome c oxidase cytoplasm decrease degranulation density dependence disease dose effect electric electron energy erythrocyte experimental experiments exposure expression fibroblasts fluorescence functions He-Ne laser irradiation human illumination increase indicate induced influence inhibition initial intensity interaction intracellular Karu laser irradiation laser radiation laser therapy leading light low power low-intensity low-power laser Lubart lymphocytes mast cells mean measured mechanisms membrane method microscope minutes mitochondria modulation molecules multiple observed obtained occur optical Output oxidized oxygen parameters patients photoacceptor Photochem photosensitivity possible potential primary procedure production proliferation protein reactions redox reduced regulation respiratory chain response role sample signalling species spectra spectrum stimulation structure suggested synthesis tissues transmission treatment types various visible wavelength