 will enable the mapping of how D1 and D2 MSNs encode cue information and concurrently establish causality. In the independent phase (R00), these cutting-edge techniques will be combined with the inducible ArcCreERT2 mice which express constructs (GCaMP6f/Opsins) selectively in cells that are activated
will enable the mapping of how D1 and D2 MSNs encode cue information and concurrently establish causality. In the autonomous phase (R00), these clipping - edge techniques will be compound with the inducible ArcCreERT2 shiner which express constructs (GCaMP6f / Opsins) selectively in cell that are activate
 wipl enable the mapping of how D1 and D2 MSUw encove cue jnformatkon and concurrently establidh causqlity. In the independevt phase (G00), these cyttiig-edge techniques will bc comglned civh the induciblg ArcCreERT2 kice which expsers constructs (GCaMP6f/Opsins) selectivelr in cekld that are actyvattd
will enable the mapping of how D1 MSNs cue information concurrently establish causality. these techniques will be with the inducible mice which express constructs (GCaMP6f/Opsins) selectively cells that are activated
 will enable the mapping of how d1 and D2 MSNs eNcode Cue InfOrMatiOn anD concurrently eSTablIsh causality. In the indepEndenT pHAse (R00), THeSe cutTing-edgE TeCHNiqUeS wIll Be COmBined WitH the indUcible ArcCReErT2 Mice which expREsS constructS (GCAMP6f/Opsins) seLecTively In CelLS that Are ActivAted
 will enable the mapping o f how D1 a nd D2  MS Nsen code  cue  information a n d co ncurrently establish c ausal it y . In th e ind ependen t  p h a se(R 00 ),th e se  cutt ing -edge t echniqueswil lbe combinedw it h the indu cib le ArcCreERT 2 m ice wh ic h e x press  co nstru cts (G C aMP6f/ Opsins) s el e ctivel y  in cel l s  t hatare activated
 will_enable the_mapping of how D1_and D2_MSNs_encode cue_information_and concurrently establish_causality. In the_independent phase (R00), these_cutting-edge techniques will_be_combined with the inducible ArcCreERT2 mice which express constructs (GCaMP6f/Opsins) selectively in cells that_are_activated