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Membrane diffusion cells for in-situ monitoring of bacterial gene expression

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The researchers are seeking to develop a system for monitoring bacterial gene expression in response to signals from the natural environment using a blend of membrane diffusion cell, genomics and optical detection technologies. We will develop and test a system for monitoring of Vibrio cholerae, beginning with field experiments in the San Francisco Bay. The results will serve as a foundation for a proposal to the National Institutes of Health for a long-term field scale study in Bangladesh. The developed technology should enable monitoring of genes of many microorganisms of environmental significance and will form the foundation of a novel environmental sensing technology for accurate measurements of classes of contaminants and environmental conditions.

Project: Membrane diffusion cells for in-situ monitoring of bacterial gene expression
Funding Source: Environmental Venture Projects 
Funding Year: 2004 
Research Areas: Oceans 
Regions: North America

Research Team:
Gary Schoolnik (Medicine -- Infectious Diseases), 
Alexandria Boehm (Civil and Environmental Engineering),
Chris Contag (Pediatrics -- Neonatology),
Craig Criddle (Civil and Environmental Engineering)