Engineering gut microbes to reduce mercury bioavailability

Dean Miller

Dietary exposure to toxic metals negatively impacts human health, particularly in early development. These metals are ubiquitous in the diet and current environmental-based remediation strategies are insufficient to tackle this growing problem. As an alternative, we are engineering gut microbes to specifically reduce the bioavailability of mercury through expression of organomercurial lyase: an enzyme which demethylates mercury into a poorly absorbed form. These engineered probiotics could be used as preventative measures in at-risk populations.

Major: 
Biochemistry and Molecular Biology
Exhibition Category: 
Health and Life Sciences
Exhibition Format: 
Poster Presentation
Campus: 
University Park
Faculty Sponsor: 
Jordan Bisanz
Poster Number: 
50492