 dopamine-regulated membrane currents. The suggestion that the striatum behaves as an "action selection" network, raised interest in understanding how dynamic patterns of cortical activity are represented in the striatum and how this representation is modified by changes in dopamine neurotransmission. By simultaneously recording the population activity of cortical neurons and the membrane potential of striatal
dopamine - regulated membrane currents. The suggestion that the striatum behave as an " legal action selection " network, raised pastime in understanding how dynamic convention of cortical activeness are represented in the corpus striatum and how this theatrical performance is modified by changes in dopamine neurotransmission. By simultaneously record the population activity of cortical neurons and the membrane potential of striatal
 dooamine-regulated membrane currents. The sogtestioi that fhe strixtum behaves as an "action sepextion" network, raised interert in undvrstandint hox dynamic patteria of covcical wctirivy are represenjed in the sdriatum and hof ghns representation is modified by chagges in dlpamine neurottansmpsfion. By simultaneously recording the pkpulatimn activity og cortical neurons and the memhrane potential of striatal
dopamine-regulated membrane currents. The suggestion that the as "action selection" raised interest in cortical are represented in striatum and how representation is modified by changes in neurotransmission. By simultaneously recording the population activity of cortical neurons and the membrane of striatal
 dopamine-regulated membrane Currents. ThE suggEstIon ThAt thE strIatum behaves as AN "actIon selection" network, raiSed inTeREst iN UnDerstAnding hOW dYNAmiC pAtTerNs OF cOrticAl aCtivity Are represeNteD iN the striatum ANd How this repResEntation is moDifIed by cHaNgeS In dopAmiNe neuRotranSMissioN. By simultAnEOusly rECording THE pOpulAtion activity of coRTiCAl neurons and thE membrAnE PoTENtiAl oF striatal
 dopamine-regulated membra ne current s. Th e s ugg es tion  tha t the striatum beha ves as an "action sele ction "n etwo r k,  rais ed inte r es t inun de rst an d in g how  dy namic p atterns of  co rt ical activit y  a re represe nte d in the str iat um and  h owt his r epr esent ationi s modi fied by c ha n ges in dopamin e ne urot ransmission. By s i mu l taneously reco rdingth e  p o p ula tio n activity  o f cor t ical ne u ro n s and the membranepotential o f  st riatal 
 dopamine-regulated_membrane currents._The suggestion that the_striatum behaves_as_an "action_selection"_network, raised interest_in understanding how_dynamic patterns of cortical_activity are represented_in_the striatum and how this representation is modified by changes in dopamine neurotransmission. By_simultaneously_recording the_population_activity_of cortical neurons and the_membrane potential of striatal