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.
Partnering listings
Learn more
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...
Consulting serviceUniversity
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
Not enough data yet.
Results may appear later and can be imperfect.
Results may appear later and can be imperfect.
Open to opportunities in
Not enough data yet.
Results may appear later and can be imperfect.
Results may appear later and can be imperfect.
Last updated Jan 2026
Partner smarter. Move faster.
Get new partnering requests
delivered to your inbox.
delivered to your inbox.
© 2026 Halo Cures, Inc.