Princeton University
Explore Princeton University's available technologies.
Femtosecond-laser-textured molds for durable, skin-like silicone test surfaces
Femtosecond-laser-textured metal molds are used to cast silicone test surfaces that mimic human skin topography. Features as small as 2 µm replicate grooves, raised areas, pits, and pillars to control fluid spreading, sm...
Ingredient encapsulation in polymeric cargos using Flash NanoPrecipitation
Core-shell encapsulation technology using Flash NanoPrecipitation to entrap hydrophilic or hydrophobic ingredients inside FDA-approved polymers (ethyl cellulose, PLA, PLGA) for beverage and food applications. Scalable fr...
Ethyl cellulose thin films for ultra-low moisture permeability in food packaging
Princeton researchers propose ethyl cellulose (EC) thin films as a biocompatible, FDA-approved barrier material for food packaging. EC's hydrophobicity enables water vapor diffusivity as low as 10^-11 m²/s, and a 4 nm-th...
Ethyl cellulose films for suppressing gaseous permeability in food packaging
Ethyl cellulose (EC) films designed to provide strong barriers against water vapor and other gases including oxygen, carbon dioxide, and methane. The work investigates plasticizer formulations and hot-press parameters to...
Imaging Success and Failure of Biological Crop Products at the Root
We are developing transparent artificial-soil microcosms that enable direct, live imaging of root-microbe interactions in realistic soil-like pore environments. The platform uses optically transparent cryolite particles ...
High throughput tissue healing analysis platform
A cutting-edge platform for high throughput tissue healing analysis, featuring engineered tissue generation, automated live imaging, and advanced computational analysis to optimize wound healing research. Ideal for spons...
Natural product isolation from proteobacterial hosts
Discover and isolate bioactive natural products from proteobacterial hosts using bioinformatics, heterologous expression, and activity testing. This approach combines cutting-edge techniques for identifying and scaling t...
Novel anti-fungal agents from cryptic microbial metabolites
Introducing a groundbreaking approach to discover novel anti-fungal agents from cryptic microbial metabolites, targeting rice blast disease. Utilizing proprietary methods, we access unique bioactive compounds previously ...
Innovative methodologies for discovering cryptic natural products from microbes
Explore advanced techniques for revealing hidden natural products in microbes, utilizing a novel approach to identify and characterize over 150 new metabolites. Ideal for industries seeking unique bioactive compounds fro...
Microbial solutions to enhance drought resilience in lawns and gardens
Research develops microbial-based solutions to improve plant resilience to drought and heat stress in lawn and garden systems. The approach uses naturally occurring plant-associated bacteria to promote robust root develo...
delivered to your inbox.