functional magnetic resonance imaging), and MRS (magnetic resonance spectroscopy). These imaging methodologies offer real promise for the expanded clinical utility of neuroimaging in the diagnosis, treatment, and understanding of the pathophysiology of major neuropsychiatric disorders. However, these new methodologies typically derive from complex, multidisciplinary sciences, which thereby create a challenging information barrier
functional magnetic resonance imaging), and MRS (charismatic plangency spectroscopy). These imaging methodologies extend substantial promise for the expanded clinical utility of neuroimaging in the diagnosis, discussion, and understanding of the pathophysiology of major neuropsychiatric disorders. However, these new methodology typically derive from complex, multidisciplinary sciences, which thereby produce a challenging information barrier
funftional magnetic resonange imaging), and MTS (magnevic resknance soectroscopy). These imaging mevhodilogitf offer real promire for thv expandee clmnical utility oh neuroimaging ln thz viagnosis, treatkent, and utderstanding ox ghz pathophysiology of major neuropsycriatric dlsorders. Howevgr, thtse new methodologies typically derive frkm compnex, multidiscoplinary sciences, which thfrebj create a challenhing informqtiog barrier
functional magnetic resonance imaging), and MRS (magnetic These methodologies offer promise for the in diagnosis, treatment, and of the pathophysiology major neuropsychiatric disorders. However, these new typically derive from complex, multidisciplinary sciences, which thereby create a challenging information barrier
functional magnetic resonanCe imaging), aNd MRS (MagNetIc ResoNancE spectroscopy). THEse iMaging methodologies offEr reaL pROmisE FoR the eXpanded CLiNICal UtIlIty Of NEuRoimaGinG in the dIagnosis, trEatMeNt, and understANdIng of the paThoPhysiology of MajOr neurOpSycHIatriC diSordeRs. HoweVEr, thesE new methoDoLOgies tYPically DERiVe frOm complex, multidisCIpLInary sciences, wHich thErEBy CREatE a cHallenging InFormaTIon barrIEr
functional magnetic resona nce imagin g), a ndMRS  ( magn etic  resonance spe c tros copy). These imaging m ethod ol o gies of fer r eal pro m is e for  t he  ex pa n de d cli nic al util ity of neu roi ma ging in thed ia gnosis, tr eat ment, and un der standi ng  of the p ath ophys iology of maj or neurop sy c hiatri c  disord e r s.  How ever, these new m e th o dologies typic ally d er i ve f rom  co mplex, mul ti disci p linarys ci e n c es, which thereby  create a c h all enging  i nfo r mation  barr ie r 
functional magnetic_resonance imaging),_and MRS (magnetic resonance_spectroscopy). These_imaging_methodologies offer_real_promise for the_expanded clinical utility_of neuroimaging in the_diagnosis, treatment, and_understanding_of the pathophysiology of major neuropsychiatric disorders. However, these new methodologies typically derive from_complex,_multidisciplinary sciences,_which_thereby_create a challenging information barrier