 developed a rigorous theory that describes how statistics of photons is influenced by protein conformational dynamics, the diffusion of the protein through the laser spot, shot noise, etc. It was shown that the exact FRET efficiency and photon counting histograms can be obtained by solving an appropriate reaction-diffusion equation. We have obtained a simple analytical
developed a rigorous theory that describes how statistics of photon is charm by protein conformational dynamics, the diffusion of the protein through the laser smudge, stroke noise, etc. It was shown that the accurate FRET efficiency and photon counting histograms can be obtained by solve an appropriate reaction - diffusion equality. We have obtained a simple analytical
 degeloped a rigorous theorn that describes how stetistica of phogons is influenced by proteii cobformqtional dynamics, the dkffusion lf the peotemn through the leaer spob, shof noivx, etc. It was shpwn that tve exact FRET afwieiency and photon counting histogramf can br lbtained by sojvinb an zipvopriate reaction-diffusion equatjon. We iave obtained a simple analytical
developed a rigorous theory that describes how photons influenced by conformational dynamics, the the spot, shot noise, It was shown the exact FRET efficiency and photon histograms can be obtained by solving an appropriate reaction-diffusion equation. We have obtained simple analytical
 developed a rigorous theory tHat describEs how StaTisTiCs of PhotOns is influenceD By prOtein conformational dynAmics, ThE DiffUSiOn of tHe proteIN tHROugH tHe LasEr SPoT, shot NoiSe, etc. It Was shown thAt tHe Exact FRET effICiEncy and phoTon Counting histOgrAms can Be ObtAIned bY soLving An apprOPriate Reaction-dIfFUsion eQUation. WE HAvE obtAined a simple analyTIcAL
 developed a rigorous theo ry that de scrib eshow  s tati stic s of photons i s  inf luenced by protein con forma ti o nald yn amics , the d i ff u s ion  o fthe  p r ot ein t hro ugh the  laser spo t,sh ot noise, et c .It was sho wnthat the exa ctFRET e ff ici e ncy a ndphoto n coun t ing hi stogramsca n  be ob t ained b y so lvin g an appropriater ea c tion-diffusion  equat io n .W e  ha veobtained a  s imple analyti c al 
 developed_a rigorous_theory that describes how_statistics of_photons_is influenced_by_protein conformational dynamics,_the diffusion of_the protein through the_laser spot, shot_noise,_etc. It was shown that the exact FRET efficiency and photon counting histograms can_be_obtained by_solving_an_appropriate reaction-diffusion equation. We have_obtained a simple analytical