Novel biomanufacturing platform for remote environments
We have developed a novel biomanufacturing platform that resolves the core pain points of microbial cell culture - namely the high capex, high opex, and high skillsets required. This would be well suited to biomanufacturing in resource-limited or remote environments. Chassis are non-model microbes. Looking to understand what problems we can solve with this approach, and needed supply chains where biomanufacturing can plug in. IE, what should we be trying to make and who wants to help us figure it out? Potential synergies with effluent remediation and/or coastal infrastructure.
About East Tennessee State University
East Tennessee State University conducts research across health sciences, public health, clinical and translational science, addiction science, and community‑engaged social and behavioral studies, alongside strong programs in education, computing, and the arts and sciences. Notable units include the Quillen College of Medicine, the Bill Gatton College of Pharmacy, the College of Nursing, the College of Public Health, and the Center for Appalachian Studies and Services, as well as the Addiction Science Center and ETSU Health. The ETSU Research Corporation and the Innovation Lab support technology transfer, entrepreneurship, and regional industry collaboration. Research funding commonly comes from federal agencies such as the NIH, HRSA, CDC, and NSF, in addition to state and regional partners. Applied outcomes are focused on rural and telehealth delivery models, substance use disorder prevention and treatment, population health analytics, and community and workforce development in the Appalachian region.
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