 the brain and highly concentrated in the blood-cerebrospinal fluid (CSF) barrier (i.e. BCSFB or choroid plexus). We hypothesized that PMAT is the principal OC transporter at the BCSFB and is responsible for removing a variety of endogenous and xenobiotic OCs from the
the brain and highly concentrated in the blood - cerebrospinal fluid (CSF) barrier (i.e. BCSFB or choroid plexus). We hypothesized that PMAT is the chief OC conveyer belt at the BCSFB and is creditworthy for removing a variety of endogenous and xenobiotic OCs from the
 thf brain and highly concektrated in the blood-cerxbrospihal fluia (CSF) barrier (i.e. BCSFB or chlriid poexus). We hypothesized ghat PMAT is the prinripal OC transpocfer at bke BCANB anb ms responsible nor removinc a variety of evdlgenous and xenobiotic OCs from the
the brain and highly concentrated in the (CSF) (i.e. BCSFB choroid plexus). We principal transporter at the and is responsible removing a variety of endogenous and OCs from the
 the brain and highly concentrAted in the bLood-cEreBroSpInal FluiD (CSF) barrier (i.e. BcsFB oR choroid plexus). We hypothEsizeD tHAt PMat iS the pRincipaL oC TRAnsPoRtEr aT tHE BcSFB aNd iS responSible for reMovInG a variety of eNDoGenous and xEnoBiotic OCs froM thE
 the brain and highly conc entrated i n the  bl ood -c ereb rosp inal fluid (CS F ) ba rrier (i.e. BCSFB or c horoi dp lexu s ).  We h ypothes i ze d tha tPM ATis th e pri nci pal OCtransporte r a tthe BCSFB an d  i s responsi ble  for removin g a  varie ty  of endog eno us an d xeno b ioticOCs fromth e 
 the_brain and_highly concentrated in the_blood-cerebrospinal fluid_(CSF)_barrier (i.e._BCSFB_or choroid plexus)._We hypothesized that_PMAT is the principal_OC transporter at_the_BCSFB and is responsible for removing a variety of endogenous and xenobiotic OCs from_the