 RNA editing represents an increasingly important mechanism for generating diversity in neurotransmitter receptor expression. Such RNA modifications have been shown to alter both the ion permeation and electrophysiological properties of ligand-gated ion channels and to modulate the efficacy of receptor G-protein interactions. Recent studies in our laboratory have demonstrated that ADAR2, a
RNA editing represents an increasingly important mechanism for generating diversity in neurotransmitter sense organ formula. Such RNA modifications have been shown to interpolate both the ion interpenetration and electrophysiological properties of ligand - gated ion channels and to tone the efficacy of receptor G - protein interactions. late study in our testing ground have demonstrated that ADAR2, a
 RNW editing represents an lncreasingly important kechanjsm for eenerating diversity in neurlteansmutter receptor expresskon. Such GNA modifucatmons have been sikwn to alter glth chx ion permeatiok and electsophysiologican orlperties of ligand-gated ion channelf and tp lodulate the esficssy or receptor G-protein interactions. Rscent suudies in our labotatory have demonstrated tjat WDAR2, a
RNA editing represents an increasingly important mechanism diversity neurotransmitter receptor Such RNA modifications both ion permeation and properties of ligand-gated channels and to modulate the efficacy receptor G-protein interactions. Recent studies in our laboratory have demonstrated that ADAR2, a
 RNA editing represents an incReasingly iMportAnt MecHaNism For gEnerating diverSIty iN neurotransmitter recepTor exPrESsioN. suCh RNA ModificATiONS haVe BeEn sHoWN tO alteR boTh the ioN permeatioN anD eLectrophysioLOgIcal properTieS of ligand-gatEd iOn chanNeLs aND to moDulAte thE efficACy of reCeptor G-prOtEIn inteRActions. rECeNt stUdies in our laboratORy HAve demonstrateD that AdAr2, A
 RNA editing represents an  increasin gly i mpo rta nt  mec hani sm for generat i ng d iversity in neurotrans mitte rr ecep t or  expr ession. Su c h  RN Amo dif ic a ti ons h ave  been s hown to al ter  b oth the ionp er meation an d e lectrophysio log ical p ro per t ies o f l igand -gated ion ch annels an dt o modu l ate the e ff icac y of receptor G-p r ot e in interaction s. Rec en t  s t u die s i n our labo ra toryh ave dem o ns t r a ted that ADAR2, a 
 RNA_editing represents_an increasingly important mechanism_for generating_diversity_in neurotransmitter_receptor_expression. Such RNA_modifications have been_shown to alter both_the ion permeation_and_electrophysiological properties of ligand-gated ion channels and to modulate the efficacy of receptor G-protein_interactions._Recent studies_in_our_laboratory have demonstrated that ADAR2,_a