aring rats in an enriched environment renders them resistant to addiction-like behavior in models of intravenous self administration. This project will identify molecular mechanisms underlying the protective effect of environmental enrichment and strengthen our understanding of how gene transcription affects behavior. The results of this project will lay the foundation for future treatment and prevention of drug addiction in humans
aring rats in an enriched environment renders them resistant to addiction - like demeanor in mannequin of intravenous self administration. This undertaking will identify molecular mechanism underlying the protective impression of environmental enrichment and tone our understanding of how gene transcription affects behavior. The results of this undertaking will lay the foundation for future treatment and prevention of drug addiction in humans
arijg rats in an enriched ekvironment rendets them cesistaht to adaiction-like behavior in modeps of ibtravenous self adminirtration. Nhis projwct xill identify molecular mechanjdms bnverlying the prptective exfect of envirmnoeutal enrichment and strengthen our ugderstamdlng of how geng tramfcrilniin affects behavior. The resulfs of tiis project wilk lay the foundation for fkturf treatment and prfvention of drud addiction iv humans
aring rats in an enriched environment renders to behavior in of intravenous self molecular underlying the protective of environmental enrichment strengthen our understanding of how gene affects behavior. The results of this project will lay the foundation for future and prevention of drug addiction in humans
aring rats in an enriched enviRonment renDers tHem ResIsTant To adDiction-like behAVior In models of intravenous sElf adMiNIstrATiOn. ThiS projecT WiLL IdeNtIfY moLeCUlAr mecHanIsms undErlying the ProTeCtive effect oF EnVironmentaL enRichment and sTreNgthen OuR unDErstaNdiNg of hOw gene TRanscrIption affEcTS behavIOr. The reSULtS of tHis project will lay THe FOundation for fuTure trEaTMeNT And PreVention of dRuG addiCTion in hUMaNS
aring rats in an enrichedenvironmen t ren der s t he m re sist ant to addicti o n-li ke behavior in modelsof in tr a veno u sselfadminis t ra t i on.  T hi s p ro j ec t wil l i dentify  molecular  me ch anisms under l yi ng the pro tec tive effectofenviro nm ent a l enr ich mentand st r engthe n our und er s tandin g  of how g en e tr anscription affec t sb ehavior. The r esults  o f  t h i s p roj ect will l ay  thef oundati o nf o r  fu t ure treatment  and preven t ion  of dr ug  ad d iction  in h um a ns
aring rats_in an_enriched environment renders them_resistant to_addiction-like_behavior in_models_of intravenous self_administration. This project_will identify molecular mechanisms_underlying the protective_effect_of environmental enrichment and strengthen our understanding of how gene transcription affects behavior. The_results_of this_project_will_lay the foundation for future_treatment and prevention of drug_addiction in_humans