John Oakey
Principal Investigator
University of Wyoming
I'm working on
8 months ago
Micro/nanofluidics, Biomaterials, Biological Fluid Dynamics, Soil Systems
About
Designs micro/nanofluidic and biomaterial platforms for controlled capture and release in biological fluids. Probes cilia‑driven flows and cytoskeletal mechanics. Applies porous‑media insights to resource recovery and soil carbon management.
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University of Wyoming
High-throughput integrated microrheology platform for plant protein processing analysis
A microscale rheology platform that emulates extrusion processing for rapid screening of plant protein formulations. Combines viscosity-mismatched flow analysis with real-time parameter screening to evaluate feedstock co...
TechnologyIn developmentUniversity
University of Wyoming
Coal char and algae soil amendment for enhanced soil productivity and carbon capture
A cost-effective soil amendment combining pyrolyzed coal residues (coal char) with terrestrial algae to boost organic carbon, water retention, and ion exchange capacity. This carbon-neutral solution improves marginal soi...
TechnologyIn developmentUniversity
John Oakey
Principal Investigator
University of WyomingWork experience
Harvard Medical School
Postdoctoral Scientist
2007 - 2010
Top industry applications
Pharmaceuticals and drug deliveryRegenerative medicine
Expertise
Biological Fluid DynamicsNanofluidicsNatural Resource ManagementSoil Science
Last updated Jan 2026
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