Environmental Monitoring and Interpretation Fac/Ser Core (FSC)

环境监测和解释 Fac/Ser 核心 (FSC)

基本信息

批准号：
8995008
负责人：
Jose Manuel Cerrato
金额：
$ 13.43万
依托单位：
UNIVERSITY OF NEW MEXICO HEALTH SCIS CTR
依托单位国家：
美国
项目类别：
财政年份：
资助国家：
美国
起止时间：
至
项目状态：
未结题

来源：
https://reporter.nih.gov/project-details/8995008
关键词：
Affect Animal Model Animals Biological Biological Markers Biological Monitoring Breathing Clinical Collaborations Communities Community Health Community Participation Country DNA Repair Data Databases Development Discipline Disease Disease Outcome Ensure Environmental Exposure Environmental Health Environmental Monitoring Environmental Risk Factor Exposure to Face Food General Population Goals Health Health Professional Immune System Diseases Individual Ingestion Knowledge Life Link Location Maintenance Measurement Metal exposure Metals Mining Modeling Native Americans Nature Outcome Output Particulate Matter Pathway interactions Population Poverty Production Public Health Research Research Infrastructure Research Project Grants Resources Risk Rural Sampling Services Shapes Site Soil Source Spatial Distribution Students Toxic effect Training Translating Translations Tribes United States Uranium Urine Water base cost effective design drinking water health equity immune function improved innovation member migration population based resilience social statistics tool tribal community tribal member wasting water vapor

项目摘要

ENVIRONMENTAL MONITORING AND INTERPRETATION CORE - SUMMARY The EC will serve our partner tribal communities and other projects of the Center in numerous ways. The EC will identify and quantify the magnitude and distribution concentrations of a mixture of metals in environmental media through fate, transport and dispersion models and measurements, and in urine samples for tribal populations. The Specific Aims of the EC provide the following services in support of Native EH Equity Center: 1) Characterize the spatial distribution of metal concentrations in drinking water sources on tribal lands; 2) Quantify environmental exposures to metals resulting from traditional and cultural practices; 3) Assess exposures to metals through biomonitoring to link with environmental data; and 4) Identify pathways of primary concern to improve health equity. These outputs will provide community-representative exposure estimates for our three tribal community partners, and will be applied in the animal studies of DNA repair, and population- based association studies of immune function (Research Projects, RP1 and RP2). Coordination with the Administrative Core is central to ensuring that the integration and overall focus of the Center will remain responsive to community concerns and needs. Collaboration with the Community Engagement Core will ensure that findings obtained in all projects will be communicated to the communities to inform actions to mitigate risk. The Center offers an opportunity to translate the findings from all projects in ways that are designed to benefit underserved tribal communities with the goal of enhancing health equity.

环境监测和解释核心 - 摘要 EC将以多种方式为我们的合作伙伴部落社区和中心的其他项目服务。 EC 将识别并量化金属混合物的大小和分布浓度媒体通过命运，运输和分散模型和测量以及部落的尿液样本中的媒体人群。 EC的具体目的提供了以下服务，以支持本地EH股票中心：1）表征了部落土地上饮用水源中金属浓度的空间分布； 2）量化由传统和文化实践导致的金属的环境暴露； 3）评估通过生物监测到与环境数据链接的金属暴露； 4）确定主要的途径关心改善健康公平。这些输出将为社区代表性的暴露估算我们的三个部落社区伙伴，将应用于DNA修复的动物研究和人群 - 基于免疫功能的关联研究（研究项目，RP1和RP2）。与行政核心是确保中心的整体集成和整体重点的核心对社区的关注和需求敏感。与社区参与核心合作将确保将所有项目中获得的发现都传达给社区，以告知行动减轻风险。该中心提供了一个机会，可以以所有项目的方式转化所有项目的发现旨在使服务不足的部落社区受益，以增强健康公平。