grant

Hospital admissions risks from fine particulate matter by source sector, fuel type, and components: A national analysis

Organization YALE UNIVERSITYLocation NEW HAVEN, UNITED STATESPosted 3 Jan 2025Deadline 30 Dec 2029
NIHUS FederalResearch GrantFY202665 and older65 or older65 years of age and older65 years of age or more65 years of age or older65+ years65+ years oldAccountingAddressAerosolsAged 65 and OverAir PollutantsAir PollutionAsthmaBronchial AsthmaCarbon BlackCardiovascularCardiovascular Body SystemCardiovascular Organ SystemCardiovascular systemCessation of lifeChemical ExposureChemicalsCodeCoding SystemDataData BasesData SetDatabasesDeathElectricityEnsureEquipment and supply inventoriesExposure toGenerationsGoalsHealthHealth BenefitHealth Insurance for Aged and Disabled, Title 18Health Insurance for Disabled Title 18Health PolicyHeart VascularHospital AdmissionHospitalizationHumanIndividualIndustryInterventionInventoryKnowledgeLinkLiquid substanceMedicareMedicare claimMethodologyMethodsModelingModern ManMonitorNO3-National Academy of SciencesNatural GasNeurologicNeurologicalNitratesOilsOlder PopulationOutcomePM2.5ParticipantPoliciesPolicy MakerPolicy MakingPollutionPopulation ResearchPopulation-based researchPopulation-level researchPublic HealthResearchResolutionRiskSolidSourceSulfateSurvey InstrumentSurveysTestingTitle 18TransportationUncertaintyUnited States National Academy of SciencesValidationWorkabove age 65after age 65age 65 and greaterage 65 and olderage 65 or olderageage of 65 years onwardaged 65 and greateraged 65+aged ≥65air monitoringair qualityambient air pollutionbeneficiaryburden of diseaseburden of illnesscirculatory systemco-exposuresco-occurring exposurecombined exposurecomplex exposureconcurrent exposurecost effectivecost effective interventiondata basedata harmonizationdisease burdendoubtepidemiology research studyepidemiology studyepidemiology surveyexposure mixturefine particlesfine particulate matterflexibilityflexiblefluidharmonized datahealth assessmenthealth care policyhealth insurance for disabledhuman old age (65+)innovateinnovationinnovativeinvestigate populationliquidmixed exposurenitratenovelolder groupsolder individualsolder personoutdoor air pollutionover 65 yearsparticlepollutantpopulation investigationpopulation level investigationpopulation specific researchresolutionsrespiratoryresponsesimultaneous exposuresspatial and temporalspatial temporalspatiotemporalstudies of populationsstudy of the populationstudy populationsurvey populationtemporal measurementtemporal resolutiontime measurementvalidations≥65 years
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ABSTRACT
There is an urgent need to understand the health impacts of alternative air quality policies. Such policies can impact various source sectors (e.g., transportation), fuel type and chemical composition of fine particulate matter (PM2.5). Detailed characterization of the health consequences of exposure to PM2.5 sources and chemical…

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Hospital admissions risks from fine particulate matter by source sector, fuel type, and components: A national analysis | Dev Procure