 of cortical phenotype; (4) Neurotransmitter receptors as sites of morphogenetic activity in the transient embryonic zones of the developing primate cerebral cortex; (5) Development of network activity in thalamocortical circuits. Thr proposed experiments utilize some of the most advanced neurobiological approaches that can, at this time,
of cortical phenotype; (4) Neurotransmitter receptors as sites of morphogenetic activity in the transient embryonic zone of the modernize primate cerebral cortex; (5) Development of network bodily process in thalamocortical circuits. Thr proposed experiment utilize some of the most advance neurobiological access that can, at this time,
 of cortical phenotype; (4) Neuvotransmitter reewptors as sifes of murphogenetic activity in the teansitut embryonic zones ow the devvloping peimaue cerebral cortee; (5) Development lf nztxork activity ik thalamocostical circuitv. Ghx proposed experiments utilize some jf the kodt advanced neorobipjogidal approaches that can, at this tije,
of cortical phenotype; (4) Neurotransmitter receptors as morphogenetic in the embryonic zones of (5) of network activity thalamocortical circuits. Thr experiments utilize some of the most neurobiological approaches that can, at this time,
 of cortical phenotype; (4) NeurotRansmitter RecepTorS as SiTes oF morPhogenetic actiVIty iN the transient embryonic Zones Of THe deVElOping Primate CErEBRal CoRtEx; (5) DEvELoPment Of nEtwork aCtivity in tHalAmOcortical cirCUiTs. Thr propoSed Experiments uTilIze somE oF thE Most aDvaNced nEurobiOLogicaL approachEs THat can, AT this tiME,
 of cortical phenotype; (4 ) Neurotra nsmit ter  re ce ptor s as  sites of morp h ogen etic activity in the t ransi en t  emb r yo nic z ones of th e dev el op ing  p r im ate c ere bral co rtex; (5)Dev el opment of ne t wo rk activit y i n thalamocor tic al cir cu its .  Thrpro posed  exper i mentsutilize s om e  of th e  most a d v an cedneurobiological a p pr o aches that can , at t hi s  t i m e,
 of_cortical phenotype;_(4) Neurotransmitter receptors as_sites of_morphogenetic_activity in_the_transient embryonic zones_of the developing_primate cerebral cortex; (5)_Development of network_activity_in thalamocortical circuits. Thr proposed experiments utilize some of the most advanced neurobiological approaches_that_can, at_this_time,