 cues, or both. Also, by overexpressing Tbr1 in embryos, we will resolve whether Tbr1 specifies cortical axon connections cell autonomously. Aim 3 is to define the role of Tbr1 in glutamatergic differentiation and layer-specific fate choices. Gain-of-function assays
cues, or both. Also, by overexpressing Tbr1 in embryos, we will resolve whether Tbr1 specify cortical axon connection cell autonomously. purpose 3 is to specify the role of Tbr1 in glutamatergic differentiation and level - specific fate choices. Gain - of - function assay
 cufs, or both. Also, by overewpressing Tbr1 in embryov, we wjll resouve whether Tbr1 specifies cocticql axin connections cell augonomouslj. Aim 3 is to vefine the role of Tbr1 ik glufwmatzrjic differentiajion and layar-specific fata zhlices. Gain-of-function assays
cues, or both. Also, by overexpressing Tbr1 we resolve whether specifies cortical axon is define the role Tbr1 in glutamatergic and layer-specific fate choices. Gain-of-function assays
 cues, or both. Also, by overexpreSsing Tbr1 in EmbryOs, wE wiLl ResoLve wHether Tbr1 speciFIes cOrtical axon connections Cell aUtONomoUSlY. Aim 3 iS to defiNE tHE RolE oF TBr1 iN gLUtAmateRgiC differEntiation aNd lAyEr-specific faTE cHoices. Gain-Of-fUnction assayS
 cues, or both. Also, by o verexpress ing T br1  in  e mbry os,we will resolv e  whe ther Tbr1 specifies co rtica la xonc on necti ons cel l  a u t ono mo us ly.  A i m3 istodefinethe role o f T br 1 in glutama t er gic differ ent iation and l aye r-spec if icf ate c hoi ces.Gain-o f -funct ion assay s
 cues,_or both._Also, by overexpressing Tbr1_in embryos,_we_will resolve_whether_Tbr1 specifies cortical_axon connections cell_autonomously. Aim 3 is_to define the_role_of Tbr1 in glutamatergic differentiation and layer-specific fate choices. Gain-of-function assays