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TIMERESOLVED FLUORESCENCE OF TRYPTOPHAN AND MODEL CHROMOPHORES
Simulation of photophysical processes of indoles in solution 164002
Direct measurements of fluorescence decays of selected conformers of tryptophan derivatives
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absorption acceptor addition amplitude analysis anisotropy application average beam binding Biochemistry bound calculated cell changes Chem complex component concentration conformational constant correlation dependence described detection determined diffusion dipole distance distribution donor dynamics effect electron emission energy transfer equation excitation experimental experiments Figure fluorescence decay fluorescence lifetime frequency frequency-domain function geometry increase indicate indole intensity interactions laser lifetime ligand light limit measurements method modulation molecular molecules myosin noise observed obtained optical parameters performed phase phosphorescence photon Phys polarization position possible present probe protein pulse quencher quenching range ratio reference region relative residues resolution response rotational sample shift shown shows signal simulations single solution solvent species spectra Spectroscopy structure studies Table technique temperature time-resolved transition tryptophan values wavelength yield