Science Inventory

Air pollution exposure modeling of individuals


Breen, M. Air pollution exposure modeling of individuals. Personalized Real-time Air Quality Informatics System for Exposure - Hong Kong (PRAISE-UK), Hong Kong, HONG KONG, March 13 - 16, 2018.


Dr. Breen's research focuses on development of computational models to improve exposure assessments for air pollution epidemiology studies. Environmental decision-making used to direct EPA programs and policies concerning air pollution (e.g., setting the National Ambient Air Quality Standards, NAAQS) must be based on sound science, which often include air pollution health studies. Dr. Breen's models can reduce exposure misclassifications, which can lead to uncertainty to risk estimates from air pollution health studies, and can address the needs of public health to reduce exposures for susceptible individuals.


Air pollution epidemiology studies of ambient fine particulate matter (PM2.5) often use outdoor concentrations as exposure surrogates. These surrogates can induce exposure error since they do not account for (1) time spent indoors with ambient PM2.5 levels attenuated from outdoor concentrations, and (2) building-to-building and temporal variability of this attenuation. To help address the potential exposure error, Dr. Breen is leading the development of individual-level air pollution exposure models, integrated with novel personal sensor technologies, to improve exposure assessments for epidemiology studies and for public health. He is co-investigator for multiple epidemiology studies assessing the exposure and health effects for participants with asthma, diabetes, and coronary artery disease. He is also the inventor of a new exposure smart phone App, called TracMyAir. At this international scientific meeting, he will present the development and application of these models to predict individual-level exposures for epidemiology studies, in support of improving risk estimation.

Record Details:

Product Published Date: 03/16/2018
Record Last Revised: 03/16/2018
OMB Category: Other
Record ID: 340140