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@article{490643, author = {Janisch, Roman}, article_location = {České Budějovice}, article_number = {Suppl.1}, keywords = {Low-powered laser; cell proliferation; cell mobility; Paramecium; Tetrahymena; HeLa cells; cytoskeleton;}, language = {eng}, issn = {1214-021X}, journal = {Journal of Applied Biomedicine}, title = {Therapeutical laser effects on model cell systems}, volume = {1(Suppl.1)}, year = {2003} }
TY - JOUR ID - 490643 AU - Janisch, Roman PY - 2003 TI - Therapeutical laser effects on model cell systems JF - Journal of Applied Biomedicine VL - 1(Suppl.1) IS - Suppl.1 SP - S12-S14 EP - S12-S14 SN - 1214021X KW - Low-powered laser KW - cell proliferation KW - cell mobility KW - Paramecium KW - Tetrahymena KW - HeLa cells KW - cytoskeleton; N2 - Therapeutic laser irradiation (830 nm, energy density from 2 to 99 J/cm2 and power output from 72 to 360 mW) of HeLa cells resulted in a partial and temporal depolymerization of microtubules, mikrofilaments and intermediate filaments observed on immunofluorescent preparations and ultrathin sections. The stimulation of HeLa cells proliferation was related to the mode of irradiation, pulsed mode was more effective. Paramecium and Tetrahymena cells responded to laser irradiation by an incerase in their mobility. ER -
JANISCH, Roman. Therapeutical laser effects on model cell systems. \textit{Journal of Applied Biomedicine}. České Budějovice, 2003, 1(Suppl.1), Suppl.1, p.~S12-S14, 3 pp. ISSN~1214-021X.
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