Personal Exposure Assessment
Exposure Biology Program
Traditionally accepted tools for exposure assessment provided useful but limited information. In general, these sensors provided information for only a small number of analytes with limited temporal or spatial information and were so obtrusive that compliance became challenging in population-based based studies. In recent years, new biomedical and computational advances have led to a remarkable growth in sensor technologies for exposure assessment. The goal of the Exposure Biology Personal Exposure Assessment Program has been to adapt existing laboratory-based sensor technologies for use outside the laboratory to develop a next generation of sensors that enable near real-time monitoring of multiple analytes simultaneously in a minimally intrusive, integrated device.
Grantees
| Project Title | Principal Investigator | Institution |
|---|---|---|
| Enzyme Based Wearable Environmental Sensor Badge for Personal Exposure Assessment | Markus Erbeldinger | Agentase, LLC |
| A Wearable Wireless System for Real-Time Monitoring of Chemical Toxicants | Nongiian Tao | Arizona State University-Tempe Campus |
| Smart Miniaturized personal monitors for black carbon and multiple air pollutants | Steven N. Chillrud | Columbia Univ New York Morningside |
| Rapid Allergenic Particle Identification (RAPID) | Kenneth L. Shepard | Columbia University Health Sciences |
| Personal Aerosol Sensor Platform to Link Children's Exposures to Asthma Severity | Charles Eric Rodes | Research Triangle Institute |
| Wearable Nanosensor Array for Real-Time Monitoring of Diesel and Gasoline Exhaust | Ashok Mulchandani | University of California Riverside |
| Development and Field Test of a Positional Tagging Miniature Personal Sensor for | Sang Young Son | University of Cincinnati |
| A VOC Dosimeter Based On A Colorimetric Sensor Array | Kenneth S. Suslick | University of Illinois Urbana-Champaign |
