Please wait...
About This Project
The bacterium Komagataeibacter rhaeticus has the ability to naturally produce bacterial cellulose (BC) which possesses many unique, highly useful properties suitable for a wide range of applications. We hypothesize that an optogenetic circuit in an engineered strain of K. rhaeticus grown in an optimized bioreactor can spatially control attachment of proteins to the surface of BC membranes to enable fine-tuning of these properties for different applications.
Recent Lab Notes From This Project

Browse Other Projects on Experiment
Related Projects
A Bird's-eye View of Frog Habitats: Using a Drone to Survey Wetlands
I study vulnerable frog species that inhabit human-constructed wetlands in the Grand River Grasslands of...
Hot Metal Switch: Synthetic In Vitro Gene Circuit for the Detection of Metal Ions
Drinking water contaminated by metals, most notably lead, poses health risks to children and adults alike...
The calf connection: California humpbacks in their Costa Rican nursery
Humpback whales that summer in California make their way to Central America each winter, and many find their...