25. Prof. Shelley Minteer - Interfacing Biocatalysts with Electrode Surfaces
Shelley Minteer - Research Group Wins and Loses Through COVID-19
AVS VacYoumtube: Dr. Shelley Minteer Interview
20210330-Shelley D Minteer Bioelectrocatalysis for Energy Conversion Appl
Bio-Inspired Batteries with guest researcher Shelley D. Minteer, Ph.D.
Nature is the Solution to the Future of Chemistry
Bioelectrocatalysis for Electrosynthesis
Powering the Future through Chemistry at the University of Utah
C-C Bond Formation with CO2
Biohybrid Approaches for Sustainable Energy Conversion, Chemical Science Symposium
NGenE - “Frontiers in organic electrochemistry”
NGenE 2021: Publishing electrochemical research
Hydrophobic Salt-Modified Nafion For Enzyme Immobilization & Stabilization l Protocol Preview
Center for Synthetic Organic Electrochemistry - University of Utah
CBS Conversation Series with Dr. Ben Minteer, Dr. Mark Klett and Michelle Sullivan
How Soil Could Be An Untapped Source Of Electricity
ECS Electrochemistry Letters | Wikipedia audio article
Build-a-Cell seminar Dora Tang: Unravelling the physical chemical principles of life
Engineering of the Enzyme-Electrode Interface for Bioenergy Applications by John 'Jack' Ruth
Conversations around the Green Fire: Ben Minteer