ATP is a key molecule in cellular metabolism. In this work, there are examined the effects of several visible and and near-infrared laser light wavelengths on ATP, which are non-resonant for the molecule. It is described the biochemical behavior of irradiated ATP in cellular reactions in which ATP is a substrate, resulting in alteration of the kinetics of the studied reactions in a wavelength and and dose dependent process. When exciting ATP with UV photons, it fluoresces, and the fluorescence intensity decreases when Mg2+ is added. Irradiating the ATP-Mg2+ solution with non-resonant light...
ATP is a key molecule in cellular metabolism. In this work, there are examined the effects of several visible and and near-infrared laser light wavele...