 versus corticospinal impairments in an animal model of PD. Using intracorticial microstimulation and a comprehensive behavioral testing battery consisting of both cranial motor and limb motor tasks, the proposed studies will (1) determine the differential effects of unilateral versus bilateral striatal dopamine depletion on cranial and limb motor function and corticobul
versus corticospinal impairments in an animal model of PD. Using intracorticial microstimulation and a comprehensive behavioral testing barrage consist of both cranial motor and limb motor tasks, the aim study will (1) determine the differential effects of unilateral versus bilateral striatal dopamine depletion on cranial and arm motor function and corticobul
 vegsus corticospinal impaivments in an animal modxl of PS. Using kntracorticial microstimulatmon qnd a comprehensive behaviofal testijg batteey cibsisting oh both cvcnial lotox end limb motor jasks, the prmposed studies wklp (1) determine the differential effeces of umipateral versus bilseeram striatal dopamine depletion on cdanial end limb motor gunction and corticobul
versus corticospinal impairments in an animal model Using microstimulation and comprehensive behavioral testing motor limb motor tasks, proposed studies will determine the differential effects of unilateral bilateral striatal dopamine depletion on cranial and limb motor function and corticobul
 versus corticospinal impairMents in an aNimal ModEl oF Pd. UsiNg inTracorticial miCRostImulation and a comprehenSive bEhAViorAL tEstinG batterY CoNSIstInG oF boTh CRaNial mOtoR and limB motor taskS, thE pRoposed studiES wIll (1) determiNe tHe differentiAl eFfects Of UniLAteraL veRsus bIlaterAL striaTal dopamiNe DEpletiON on cranIAL aNd liMb motor function anD CoRTicobul
 versus corticospinal impa irments in  an a nim almo delof P D. Using intra c orti cial microstimulationand a  c o mpre h en sivebehavio r al t est in gbat te r yconsi sti ng of b oth crania l m ot or and limbm ot or tasks,the  proposed st udi es wil l(1) deter min e the  diffe r ential  effectsof unilat e ral ver s u sbila teral striatal do p am i ne depletion o n cran ia l  a n d  li mbmotor func ti on an d  cortic o bu l 
 versus_corticospinal impairments_in an animal model_of PD._Using_intracorticial microstimulation_and_a comprehensive behavioral_testing battery consisting_of both cranial motor_and limb motor_tasks,_the proposed studies will (1) determine the differential effects of unilateral versus bilateral striatal_dopamine_depletion on_cranial_and_limb motor function and corticobul