Shelley D. Minteer (born 1975) is an American academic and chemistry professor at the University of Utah. Minteer field of study focuses on the interface between biocatalysts and enzyme-based electrodes for biofuel cells and sensors.
Minteer worked at Saint Louis University for eleven years before joining the University of Utah in 2011.[10] She studies the interface between biocatalysts and electrode surfaces for bioelectrocatalysis.[1] She works on enzyme cascades for bioelectrocatalysis as well as organelle bioelectrocatalysis for detection of microscopic events. She also works on the production of biofuels, using synthetic biology and nanotechnology to improve the production.[11] Minteer became interested in extending the lifetimes of fuels and improving the efficiency of oxidation.[12] She demonstrated the first room temperature enzyme-based fuel cells in 2014.[13] The fuel cells use JP-8, a kerosene based fuel cells used by the United States Armed Forces, as well as enzymes as catalysts to oxidise the JP-8.[14]
She was the first to demonstrate paper-based batteries using an electrode coated in bacteria.[15][16] The batteries can be used to power biosensors and sensor networks.[15] Minteer looks to bioengineer natural metabolic pathways for bioanodes in biofuel cells and the discovery of enzymes. In 2015 Minteer joined the Joint Center for Energy Storage Research to help take more rational design for redox flow batteries.[17] Her efforts include the development of electroanalytical and spectroscopic assays to determine quantitative structure–activity relationship modelling.[17] She works on electrolytes that minimise crossover and more soluble electrolytes.[17] Minteer worked with Brett Helm at University of California, Berkeley on electroanalytical tools to study oligomer electrolytes.[17]
^Minteer, Shelley D.; Moehlenbrock, Michael J. (2008-05-22). "Extended lifetime biofuel cells". Chemical Society Reviews. 37 (6): 1188–1196. doi:10.1039/B708013C. ISSN1460-4744. PMID18497931.
