grant

Neuroscience, Immunology, Social Adversity and the Roots of Addictive Behaviors: Toward a New Framework for Drug Use Etiology and Prevention

Organization UNIVERSITY OF GEORGIALocation ATHENS, UNITED STATESPosted 1 Sept 2020Deadline 31 Jul 2026
NIHUS FederalResearch GrantFY202412-20 years oldAddictive BehaviorAdolescenceAffectAfrican AmericanAfrican American groupAfrican American individualAfrican American peopleAfrican American populationAfrican AmericansAfro AmericanAfroamericanAllelism TestApplication ContextBehaviorBehavioralBiologicalBuffersCOBRECausalityCenter of Biomedical Research ExcellenceCenters of Research ExcellenceChildhoodChronicChronic stressCommunitiesComplementation TestConsultationsConsumptionDataDevelopmentDisciplineDrug abuseDrug usageEatingEconomicsEducationEducational aspectsEmotionsEtiologyExposure toFamilyFatsFatty acid glycerol estersFoodFood IntakeFosteringFundingGenerationsGenetic Complementation TestImmuneImmunesImmunologyImpoverishedInflammationInfrastructureInterventionIntervention StrategiesInvestigationInvestigatorsLow incomeLow-resource areaLow-resource communityLow-resource environmentLow-resource regionLow-resource settingMentorsModelingNIDANational Institute of Drug AbuseNational Institute on Drug AbuseNational Institutes of HealthNeurobiologyNeurocognitiveNeuroimmuneNeuroimmune MechanismsNeuroimmune ProcessesNeuroimmunomodulationNeurosciencesParticipantPeripheralPersonsPhysiologicPhysiologicalPilot ProjectsPopulationPovertyPreventionPrevention programPreventiveProcessProviderR-Series Research ProjectsR01 MechanismR01 ProgramRegulationResearchResearch GrantsResearch PersonnelResearch Project GrantsResearch ProjectsResearch ResourcesResearch SupportResearchersResource-constrained areaResource-constrained communityResource-constrained environmentResource-constrained regionResource-constrained settingResource-limited areaResource-limited communityResource-limited environmentResource-limited regionResource-limited settingResource-poor areaResource-poor communityResource-poor environmentResource-poor regionResource-poor settingResourcesRiskScienceScientistSkinSpecific qualifier valueSpecifiedStressSystemTestingTrainingTrans TestUnderrepresented GroupsUnderrepresented PopulationsUnited States National Institutes of HealthWorkYouthYouth 10-21abuse of drugsabuses drugsadolescence (12-20)biologiccardiometabolic riskcare givingcareercaregivingcausationcomplementation analysiscomplementation approachconsultationcontextual factorsdata integrationdata-driven modeldesigndesigningdevelopmentaldisease causationdisparity in healthdrug abuse preventiondrug addiction preventiondrug usedrug use preventiondrug use vulnerabilityeconomicemotion regulationemotional regulationenthusiastic atmosphereenthusiastic environmentethnic minorityevidence baseexperiencefacilities for imaginghealth disparityimage processingimaging centerimaging facilitiesimaging-related facilitiesinnovateinnovationinnovativeinterventional strategymemberminority communitiesnetwork modelsneural circuitneural circuitryneurobiologicalneurocircuitrynext generationpediatricpilot studyprevent drug abuseprevent drug addictionprevent drug useprevention evaluationprogramsresilienceresilientsocial adversitysocial influencesugarsupportive atmospheresupportive environmentsynaptic circuitsynaptic circuitrytheoriestoolunder representation of groupsunder represented groupsunder represented peopleunder represented populationsunderrepresentation of groupsunderrepresented peoplevulnerability to drug use
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Full Description

PROJECT SUMMARY: Overall Center
The Center for Translational and Prevention Science (CTAPS; P20 MH068666, P30 DA027827) has been

funded continuously since 2003 to advance next-generation basic and preventive investigations of risk,

resilience, and drug use among African American young people living in resource poor communities in the

southeastern US. CTAPS has pioneered research demonstrating how exposures to economic and social

adversity promote drug use through their effects on neurobiological and peripheral systems. Of particular

importance, research sponsored by CTAPS also has demonstrated the promise of family-centered drug use

prevention programming in shielding young people from these neurobiological risks. At present, transformative

progress in the prevention of addictive behavior among populations exposed to chronic stress has been

hampered significantly by the lack of (a) integrative theoretical frameworks that generate hypotheses regarding

the risk and resilience mechanisms that connect social adversity to addictive behavior and cardiometabolic risk,

(b) infrastructures that can collect model driven data on multiple neurocognitive, peripheral biological, and

behavioral systems associated with chronic stress, and (c) transdisciplinary teams that can integrate these data

into the design and evaluation of prevention programs. The theoretical framework of the proposed P50

Research Center of Excellence is a next generation, neuroimmune network (NIN) model that CTAPS scientists

developed to better describe the ways in which exposure to social adversity predispose young people to the

onset and escalation of diverse forms of addictive behaviors. The NIN model specifies stress-induced

alterations in the transactions between peripheral inflammation and neurocognitive systems that subserve

emotion regulation in the development of addictive behavior vulnerability. As a P50 Center, we propose to build

on and expand CTAPS’ pioneering work on (a) the biological and neurocognitive contributors to addictive

behaviors that drive many drug use and health disparities African Americans’ experience and (b) the potential

of family-centered prevention programming to ameliorate the influence of growing up in chronically stressful

contexts. We will leverage an established team of investigators from diverse disciplines and an established

infrastructure for testing transdisciplinary hypotheses. This infrastructure includes efficient, established

pipelines connecting P50 research project (RP) and pilot study investigators to intellectual resources, wet labs,

a state-of-the-science imaging facility, and a world class platform for processing imaging data. We will

implement three innovative, thematically integrated RPs. RPs, innovative pilot projects, an expanded national

resource system, and investigator development activities will be supported through our infrastructure system

composed of a Research Support Core, an Administrative Core, and a Pilot Core. CTAPS activities will have

wide-reaching implications for research, practice, and prevention concerning drug use and cardiometabolic risk

in low-income and ethnic minority communities.

1

Grant Number: 5P50DA051361-05
NIH Institute/Center: NIH

Principal Investigator: Steven Beach

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