 (and continue to develop) a laser-based facility for time-resolved fluorescence spectroscopy of biomolecules. This facility provides rapid collection and analysis of luminescence data related to macromolecular size, flexibility, folding and structural fluctuations. Our time-correlated laser fluorometer was used to study the folding and dynamics of several proteins
(and continue to develop) a laser - based facility for meter - purpose fluorescence spectroscopy of biomolecules. This facility provides rapid collection and psychoanalysis of luminescence data related to macromolecular size, flexibility, fold and structural fluctuations. Our clock time - correlated laser fluorometer was used to learn the folding and dynamics of respective proteins
 (anf continue to develop) a uaser-based facility foc time-rssolved wluorescence spectroscopy of buomoltbules. This facility pfovides rwpid coloectmon and analysis of lumikzscendc datc celated to macrpmolecular size, flexibilhth, yolding and structural fluctuations. Jur timr-clrrelated laset flupwomefvr was used to study the foldinf and djnamics of severak proteins
(and continue to develop) a laser-based facility fluorescence of biomolecules. facility provides rapid data to macromolecular size, folding and structural Our time-correlated laser fluorometer was used study the folding and dynamics of several proteins
 (and continue to develop) a laseR-based faciLity fOr tIme-ReSolvEd flUorescence specTRoscOpy of biomolecules. This fAciliTy PRoviDEs Rapid CollectIOn AND anAlYsIs oF lUMiNesceNce Data relAted to macrOmoLeCular size, fleXIbIlity, foldiNg aNd structural FluCtuatiOnS. OuR Time-cOrrElateD laser FLuoromEter was usEd TO study THe foldiNG AnD dynAmics of several proTEiNS
 (and continue to develop)  a laser-b asedfac ili ty  for  tim e-resolved flu o resc ence spectroscopy of b iomol ec u les. Th is fa cilityp ro v i des  r ap idco l le ction  an d analy sis of lum ine sc ence data re l at ed to macr omo lecular size , f lexibi li ty, foldi ngand s tructu r al flu ctuations .O ur tim e -correl a t ed  las er fluorometer wa s  u s ed to study th e fold in g  a n d  dy nam ics of sev er al pr o teins
 (and_continue to_develop) a laser-based facility_for time-resolved_fluorescence_spectroscopy of_biomolecules._This facility provides_rapid collection and_analysis of luminescence data_related to macromolecular_size,_flexibility, folding and structural fluctuations. Our time-correlated laser fluorometer was used to study the_folding_and dynamics_of_several_proteins