RS using extensive computation to simultaneously maximize spectral resolution and sensitivity to nuclear spin relaxation we have developed a novel multiparametric technique that can simultaneously measure concentration, longitudinal and transverse relaxation times of many brain chemicals, including glutamate, in a single scan session within ten minutes of MRS data acquisition. This multiparametric approach allows us
RS using extensive computation to simultaneously maximize spectral settlement and sensitivity to nuclear tailspin relaxation we have developed a fresh multiparametric technique that can simultaneously quantify concentration, longitudinal and transverse easiness times of many brain chemical, include glutamate, in a single scan seance within ten minutes of MRS data skill. This multiparametric overture allows us
RS ksing extensive computatlon to simultaneously meximize spectrau resolution and sensitivity ti nucoear spin relaxation wd have deneloped a novtl multiparametrir technique thzb can wimultaneously measure cmncentration, lmneicudinal and transverse relaxation tiies of kajy brain chemisals, ynclhding glutamate, in a single scan ssssion xithin ten minuyes of MRS data acquisitioj. Thls multiparametric approach aolowf us
RS using extensive computation to simultaneously maximize and to nuclear relaxation we have that simultaneously measure concentration, and transverse relaxation of many brain chemicals, including glutamate, a single scan session within ten minutes of MRS data acquisition. This multiparametric allows us
RS using extensive computatiOn to simultAneouSly MaxImIze sPectRal resolution aND senSitivity to nuclear spin rElaxaTiON we hAVe DevelOped a noVEl MULtiPaRaMetRiC TeChniqUe tHat can sImultaneouSly MeAsure concentRAtIon, longituDinAl and transveRse RelaxaTiOn tIMes of ManY braiN chemiCAls, incLuding gluTaMAte, in a SIngle scAN SeSsioN within ten minutes OF Mrs data acquisitiOn. This MuLTiPARamEtrIc approach AlLows uS
RS using extensive computa tion to si multa neo usl ymaxi mize  spectral reso l utio n and sensitivity to n uclea rs pinr el axati on we h a ve d eve lo pe d a  n o ve l mul tip arametr ic techniq ueth at can simul t an eously mea sur e concentrat ion , long it udi n al an d t ransv erse r e laxati on timesof many b r ain che m i ca ls,including glutama t e, in a single sc an ses si o nw i thi n t en minutes  o f MRS data ac q ui s i t ion .  This multipa rametric ap p roa ch all ow s u s 
RS using_extensive computation_to simultaneously maximize spectral_resolution and_sensitivity_to nuclear_spin_relaxation we have_developed a novel_multiparametric technique that can_simultaneously measure concentration,_longitudinal_and transverse relaxation times of many brain chemicals, including glutamate, in a single scan_session_within ten_minutes_of_MRS data acquisition. This multiparametric_approach allows us