University of Pittsburgh
Explore University of Pittsburgh's available technologies.
Sequential Yeast Fermentation Platform for Recycling and Separating PLA and PHA Bioplastic Mixtures
An engineered Pichia pastoris fermentation platform that uses sequential reactors expressing PLA hydrolase and PHB depolymerase to simultaneously recycle and separate mixed bioplastics into valuable monomers. Leverages l...
Vault protein nanocage encapsulation technology for stabilizing sweet proteins
A novel platform that uses naturally occurring vault protein nanocages to encapsulate sweet proteins, enhancing their resistance to heat, low pH, and long-term storage. This technology enables stable, scalable production...
Kinase FRET biosensors for rapid fluorescent detection of acrylamide
A phosphoproteomics-guided FRET-based yeast biosensor platform for rapid, sensitive fluorescent detection of acrylamide in water. By screening acrylamide-responsive kinases and engineering kinase-specific phosphorylation...
Nootropic supplementation with mobile app technology for warfighter cognitive and physical performance enhancement
Evidence-based nootropic supplementation combined with mobile app technology to enhance cognition, decision-making, and resilience in military personnel. Targets executive function, physical performance, and injury preve...
Microwave-assisted surface modification of TiO2 nanoparticles for enhanced photocatalytic disinfection
A cost-effective microwave-assisted treatment process that modifies commercial Degussa P25 TiO2 nanoparticles through impurity doping and surface treatment to enhance visible-light photocatalytic disinfection. The techno...
Metabolomics-guided mycotoxin management platform for corn wet milling
An integrated platform for managing mycotoxins in corn wet milling using predictive analytics and detoxification strategies. Utilizes LC-MS metabolomics to detect and reduce mycotoxin levels, enhancing safety in food and...
AgriNUE: Plant-based lipid carriers for enhanced nitrogen use efficiency
AgriNUE uses plant-based lipids to create biodegradable carriers for nitrogen fertilizers, improving nutrient delivery and uptake. This approach reduces toxicity and regulatory concerns while enhancing scalability and co...
Fiber optic oxygen sensors for high-temperature smelter applications
Advanced fiber optic oxygen sensors designed for high-temperature smelter environments, leveraging sulfur-stable materials and self-powered operation for reliable O2 monitoring from 400-1000C.
Stand-off laser Raman spectroscopy for high-temperature oxygen concentration sensing
A non-contact, fluorescence-suppressed Raman spectroscopy sensor using a 355 nm laser for real-time oxygen concentration measurements in harsh smelting environments. This technology enhances process efficiency, reduces e...
Over-the-counter vibration therapy for neuropathic pain in immobilization casts
Introducing a cost-effective vibration therapy solution integrated into immobilization casts to alleviate neuropathic pain. This technology allows self-administered pain relief through a magnetic actuator system, enhanci...
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