Anna Engelbrektson and John Coates
Coates Lab 2014
Graduate Student Iain Clark
Dana Loutey, Israel Figueroa, and Anna Engelbrektson

John D. CoatesWe focus on environmental microbiology, specifically applied microbiology and bioremediation to clean up pollution and research environmentally friendly approaches to technology and oil extraction. The Coates Lab is located in the Department of Plant & Microbial Biology at UC Berkeley, as well as the Energy Biosciences Institute in Berkeley, CA.

Coates' Citations

What Can We Do with a Plastic-Eating Bacterium? An Interview with NPR

Shosuke Yoshida et al. recently discovered a bacterium that grows by degrading poly(ethylene terephthalate), a widely used plastic material. National Public Radio recently interviewed John on the significance of the finding and its potential use in remediating plastic pollution.

Benzoate and Phenylacetate Degradation by a Novel Marine Chlorate-Reducing Bacterium

Scanning electron micrograph of strain NSS
A novel marine dissimilatory chlorate-reducing bacterium (CRB), Dechloromarinus chlorophilus strain NSS, catabolizes both benzoate and phenylacetate.

Microbial Chlorate Respiration

Perchlorate reducing bacteria are able to grow via the reduction of both perchlorate and chlorate while chlorate-reducers can only respire the latter.

Fossil Fuel Bioprocessing

Hot Springs, Yellowstone National Park
Could this be the next big thing? Extracting oil in environmentally friendly ways. See the video and read more.

Microbial Sulfate Reduction

cartoon of microbial sulfate reduction
The production of the toxic and corrosive compound, hydrogen sulfide, by sulfate-reducing microorganisms is costly and dangerous from a public health and environmental perspective.

Novel Marine DRPB in genus Arcobacter

We've identified a novel marine DPRB in the genus Arcobacter that represents the first description of a DPRB associated with the Campylobacteraceae.

Dissimilatory Phosphite Oxidation by Microbes

phosphite oxidation graphic
The goal for this research is to elucidate the biochemical pathways and genes involved in DPO and to broaden our understanding of the microorganisms responsible for this process in the environment.


Subscribe to Front page feed