 in rats suggest that the pretraining promotes subsequent use in the novel environment of stimulus-response habits rather than cognitive memory. Therefore, corticostriatal habit circuits relying on intact nigrostriatal dopamine function may contribute to water maze performance following pretraining. Lesion and drug experiments will be conducted to test this hypothesis.
in rats suggest that the pretraining promotes subsequent use in the fresh environment of stimulation - reply habits preferably than cognitive memory. consequently, corticostriatal habit circuits relying on integral nigrostriatal dopamine function may contribute to body of water maze performance keep up pretraining. Lesion and drug experiment will be lead to test this guess.
 in rats suggest that the pvetraining promojew subsxquent hse in tfe novel environment of stimnlus-eespobse habits rather than cognitivv memory. Rhertfore, corticostriefal hablc cirdmits xeoying on intacj nigrostriadal dopamine fgnztnon may contribute to water maze persormancr vollowing prettainimd. Leapok and drug experiments will be cknductev to test this nypothesis.
in rats suggest that the pretraining promotes in novel environment stimulus-response habits rather habit relying on intact dopamine function may to water maze performance following pretraining. and drug experiments will be conducted to test this hypothesis.
 in rats suggest that the pretrAining promOtes sUbsEquEnT use In thE novel environmENt of Stimulus-response habits RatheR tHAn coGNiTive mEmory. ThEReFORe, cOrTiCosTrIAtAl habIt cIrcuits Relying on iNtaCt NigrostriataL DoPamine funcTioN may contribuTe tO water MaZe pERformAncE follOwing pREtrainIng. Lesion AnD Drug exPErimentS WIlL be cOnducted to test thiS HyPOthesis.
 in rats suggest that thepretrainin g pro mot essu bseq uent  use in the no v el e nvironment of stimulus -resp on s e ha b it s rat her tha n  c o g nit iv emem or y .There for e, cort icostriata l h ab it circuitsr el ying on in tac t nigrostria tal  dopam in e f u nctio n m ay co ntribu t e to w ater maze  p e rforma n ce foll o w in g pr etraining. Lesion an d  drug experime nts wi ll be c ond uct ed to test  t his h y pothesi s .
 in_rats suggest_that the pretraining promotes_subsequent use_in_the novel_environment_of stimulus-response habits_rather than cognitive_memory. Therefore, corticostriatal habit_circuits relying on_intact_nigrostriatal dopamine function may contribute to water maze performance following pretraining. Lesion and drug_experiments_will be_conducted_to_test this hypothesis.