Novel bio-based food packaging solution using engineered high-aspect-ratio recombinant proteins as nanopillars and physical crosslinkers in soy protein isolate (SPI) films. This 100% renewable carbon-based technology rep...
A fluorescent protein-based biosensor platform enabling rapid (~10 min), inexpensive detection of acrylamide at low single-digit ppb levels without harmful chemicals. Leverages engineered redox-sensitive green fluorescen...
Self-assembling recombinant fusion protein coatings that bind simultaneously to polyhydroxyalkanoate (PHA) bioplastic films and metal surfaces. These water-based, 100% biodegradable coatings serve as primer layers enabli...
A bio-inspired peptide-based porous resin designed to selectively capture off-flavor organics (lactones and aldehydes) in coconut water, leveraging protein structure data and scalable self-assembly technology for natural...
A reagent-free biosensor platform that uses engineered fluorescent proteins fused with endotoxin-binding domains (LBP and BPI) and self-assembling peptides to create paper test strips. The approach targets detection limi...
A modular, self-assembling protein nanoparticle platform that displays antifungal peptides (thanatin) on plant leaves to enhance retention and fungal inhibition. Offers a biodegradable, non-transgenic alternative to conv...
Porous titanium dioxide and graphene oxide hybrid supraparticles designed for scalable, water-based disinfection of bacteria and viruses under visible light. Leverages directed colloidal assembly to produce stable, surfa...
A cutting-edge biosensor using dual fluorescent proteins to monitor nitrite and pH levels in soil, providing a robust proxy for microbial activity. This system enables automated, in situ measurements to assess soil healt...
Innovative controlled delivery systems for methyl cinnamate (MC) aim to enhance nitrogen utilization efficiency by inhibiting soil nitrification through synthetic bacteria or biodegradable encapsulation. This eco-friendl...
Innovative protein microcapsules using elastin-like polypeptides (ELPs) enable efficient encapsulation of hydrophobic ingredients through a simple, biodegradable, water-based process. Ideal for pharmaceuticals and cosmet...