 as adults). These findings point to greater compensatory potential after neonatal cortical than after neonatal limbic removals, indicating that association areas of the cortex are immature at birth, and may thus possess greater plasticity than limbic structures. Direct evidence of neocortical immaturity in the macaque has been provided by our neurobi
as adults). These findings point to greater compensatory electric potential after neonatal cortical than after neonatal limbic removal, indicating that association area of the lens cortex are immature at birth, and may therefore possess greater plasticity than limbic structure. Direct evidence of neocortical immaturity in the macaque has been provided by our neurobi
 as adults). These findings puint to greater compenvatory potentixl after neonatal cortical tian qfter neonatal limbic removxls, indicwting thqt awwociation edeas of the ckvtex crx immature at blrth, and maf thus possess gfecter plasticity than limbic structurqs. Direvt evidence of ngocoruicwl ijmaturity in the macaque has been lrovidev by our neurobo
as adults). These findings point to greater after cortical than neonatal limbic removals, the are immature at and may thus greater plasticity than limbic structures. Direct of neocortical immaturity in the macaque has been provided by our neurobi
 as adults). These findings poinT to greater CompeNsaTorY pOtenTial After neonatal cORticAl than after neonatal limBic reMoVAls, iNDiCatinG that asSOcIATioN aReAs oF tHE cOrtex Are ImmaturE at birth, anD maY tHus possess grEAtEr plasticiTy tHan limbic strUctUres. DiReCt eVIdencE of NeocoRtical IMmaturIty in the mAcAQue has BEen provIDEd By ouR neurobi
 as adults). These finding s point to  grea ter  co mp ensa tory  potential aft e r ne onatal cortical than a fterne o nata l  l imbic  remova l s, i ndi ca ti ngth a tassoc iat ion are as of thecor te x are immatu r eat birth,and  may thus po sse ss gre at erp lasti cit y tha n limb i c stru ctures. D ir e ct evi d ence of n eo cort ical immaturity i n  t h e macaque hasbeen p ro v id e d  by  ou r neurobi
 as_adults). These_findings point to greater_compensatory potential_after_neonatal cortical_than_after neonatal limbic_removals, indicating that_association areas of the_cortex are immature_at_birth, and may thus possess greater plasticity than limbic structures. Direct evidence of neocortical_immaturity_in the_macaque_has_been provided by our neurobi