Exposure Characterization and Modeling Core

曝光表征和建模核心

基本信息

批准号：
10652263
负责人：
Kirsten Anne Koehler
金额：
$ 20.57万
依托单位：
JOHNS HOPKINS UNIVERSITY
依托单位国家：
美国
项目类别：
财政年份：
2022
资助国家：
美国
起止时间：
2022-06-24 至 2027-03-31
项目状态：
未结题

来源：
https://reporter.nih.gov/project-details/10652263
关键词：
Address Air Air Pollutants Air Pollution Algorithms Allergens Area Aromatic Polycyclic Hydrocarbons Baltimore Biological Carbon Black Chemicals Chronic Disease Communication Communities Complex Complex Mixtures Consultations Core Facility Data Data Analyses Data Collection Devices Disease Education Endocrine Disruptors Environment Environmental Exposure Environmental Health Environmental Monitoring Environmental Risk Factor Exposure to Face Fostering Funding Gases Goals Government Agencies Grant Health Health Promotion Health Sciences Household In Vitro Infrastructure Interdisciplinary Study Knowledge Low income Maryland Mathematics Measurement Metals Methodology Methods Mission Modeling Monitor National Institute of Environmental Health Sciences Neighborhood Health Center Neurological outcome New York Nicotine Outcome Particulate Matter Pennsylvania Personal Satisfaction Phase Physical activity Physiological Pilot Projects Policy Maker Preparation Research Research Design Research Personnel Research Project Grants Resources Risk Sample Size Sampling Science Services Source Statistical Data Interpretation System Technology Tissue Sample Training Translating Translations Washington Water Work air contaminant air monitoring community engaged research community engagement computerized data processing cost data integration falls heart rate variability human tissue in vivo innovation instrumentation member mentoring community neighborhood disadvantage new technology novel physical property pollutant programs sensor sleep pattern spatiotemporal summer program translational barrier vulnerable community wearable sensor technology

Address Air Air Pollutants Air Pollution Algorithms Allergens Area Aromatic Polycyclic Hydrocarbons Baltimore Biological Carbon Black Chemicals Chronic Disease Communication Communities Complex Complex Mixtures Consultations Core Facility Data Data Analyses Data Collection Devices Disease Education Endocrine Disruptors Environment Environmental Exposure Environmental Health Environmental Monitoring Environmental Risk Factor Exposure to Face Fostering Funding Gases Goals Government Agencies Grant Health Health Promotion Health Sciences Household In Vitro Infrastructure Interdisciplinary Study Knowledge Low income Maryland Mathematics Measurement Metals Methodology Methods Mission Modeling Monitor National Institute of Environmental Health Sciences Neighborhood Health Center Neurological outcome New York Nicotine Outcome Particulate Matter Pennsylvania Personal Satisfaction Phase Physical activity Physiological Pilot Projects Policy Maker Preparation Research Research Design Research Personnel Research Project Grants Resources Risk Sample Size Sampling Science Services Source Statistical Data Interpretation System Technology Tissue Sample Training Translating Translations Washington Water Work air contaminant air monitoring community engaged research community engagement computerized data processing cost data integration falls heart rate variability human tissue in vivo innovation instrumentation member mentoring community neighborhood disadvantage new technology novel physical property pollutant programs sensor sleep pattern spatiotemporal summer program translational barrier vulnerable community wearable sensor technology

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项目摘要

A. ABSTRACT The Exposure Characterization and Modeling Core (ECMC) is critical to the ability of the Center for Community Health: Addressing Regional Maryland Environmental Determinants of Disease (CHARMED) to achieve its central goals of fostering innovative interdisciplinary research in environmental health and translating knowledge into action to address community environmental challenges in the Maryland region. The Specific Aims of the ECMC are to (1) Provide resources and support for planned and ongoing research projects by Center investigators, including pilot projects and projects related to Center initiatives; (2) Provide expert consultation and guidance for CHARMED investigators and community members related to measurement needs, statistical data analysis, and results interpretation; (3) Develop new technologies, modeling frameworks, and statistical methodologies for Center needs. The ECMC will be the central source for exposure assessment support for ongoing NIEHS and Center Pilot projects. ECMC experts will also serve as scientific mentors of the Community Engagement Scholars and participate in community-engaged science. The ECMC will lower the financial and technical barriers for translation of CHARMED research findings, and this important support would not be available were it not for the Center grant mechanism.

A.摘要暴露表征和建模核心（ECMC）对于中心的能力至关重要社区健康：针对马里兰州疾病的区域环境决定因素（Charmed）实现其促进创新的环境健康跨学科研究并翻译的核心目标采取行动以应对马里兰州地区的社区环境挑战。具体 ECMC的目标是（1）中心为计划和正在进行的研究项目提供资源和支持调查人员，包括与中心计划有关的试点项目和项目；（2）提供专家咨询以及有关与测量需求有关的迷人调查人员和社区成员的指导，统计数据分析和结果解释；（3）开发新技术，建模框架和统计中心需求的方法论。 ECMC将成为暴露评估支持的中心来源正在进行的NIEHS和中心飞行员项目。 ECMC专家还将作为社区的科学导师参与学者并参加社区参与的科学。 ECMC将降低财务状况，并翻译迷人研究结果的技术障碍，这一重要支持将不是可用于中心赠款机制。