Intracellular oxygen sensing using a tunable UV-visible-NIR fluorescence lifetime imaging microscopy system
Baltimore, MD, USA（2003）
Abstract
We present a fluorescence lifetime imaging microscopy system capable of excitation from UV to NIR wavelengths, developed for time-resolved biological fluorescence imaging. Intracellular ruthenium-based oxygen sensing is presented as an application.
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Key words
biological techniques,cellular biophysics,fluorescence,infrared imaging,optical microscopy,optical tuning,oxygen,ruthenium,O,Ru,UV-visible-NIR wavelengths,fluorescence lifetime imaging microscopy system,intracellular ruthenium-based oxygen sensing,time-resolved biological fluorescence imaging,
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