 that MCs activate adult-born GCs primarily in distal locations, leading to stronger excitation of distal GCs than proximal GCs. By providing afferent input to immature GCs, MCs could play a critical role in behaviors associated with adult DG neurogenesis. Together these experiments will significantly advance our understanding of DG circuitry and
that MCs activate adult - born GCs chiefly in distal localization, leading to stronger excitement of distal GCs than proximal gigahertz. By providing afferent input signal to immature GCs, MCs could meet a critical role in behaviors consociate with adult DG neurogenesis. Together these experiments will importantly advance our understanding of decigram circuitry and
 thwt MCs activate adult-bork GCs primarily nb distel locafions, lexding to stronger excitation od disucl GCs than proximal GCs. By pgoviding qffecent input to immature GGf, MCa counv play a criticsl role in behaviors assmckaced with adult DG neurogenesis. Togetrer thexe experiments wyll xygnirpccntly advance our understanding of DG bircuitry and
that MCs activate adult-born GCs primarily in leading stronger excitation distal GCs than input immature GCs, MCs play a critical in behaviors associated with adult DG Together these experiments will significantly advance our understanding of DG circuitry and
 that MCs activate adult-born Gcs primarilY in diStaL loCaTionS, leaDing to stronger EXcitAtion of distal GCs than prOximaL GcS. By pROvIding AfferenT InPUT to ImMaTurE GcS, Mcs couLd pLay a criTical role iN beHaViors associaTEd With adult Dg neUrogenesis. ToGetHer theSe ExpERimenTs wIll siGnificANtly adVance our uNdERstandINg of DG cIRCuItry And
 that MCs activate adult-b orn GCs pr imari lyindi stal  loc ations, leadin g  tostronger excitation of  dist al GCst ha n pro ximal G C s. B y p ro vi din ga ff erent  in put toimmature G Cs,  M Cs could pla y  a  criticalrol e in behavio rsassoci at edw ith a dul t DGneurog e nesis.  Together  t h ese ex p eriment s wi ll s ignificantly adva n ce our understand ing of  D G  c i r cui try  and
 that_MCs activate_adult-born GCs primarily in_distal locations,_leading_to stronger_excitation_of distal GCs_than proximal GCs._By providing afferent input_to immature GCs,_MCs_could play a critical role in behaviors associated with adult DG neurogenesis. Together these_experiments_will significantly_advance_our_understanding of DG circuitry and