University of Massachusetts, Amherst
Explore University of Massachusetts, Amherst's available technologies.
Simple low-cost optical method for acrylamide detection in water using silver nanoparticles and thiol chemistry
A novel, simple, and low-cost detection method for acrylamide in water based on silver nanoparticle aggregation modulated by mercaptan (EDT) interaction. The method enables visual or spectroscopic detection, with potenti...
Plasmonic Photocatalytic Disinfectant for Home Use
A visible-light-activated photocatalytic disinfectant combining a plasmonic photocatalyst with a low level of household chemical agent to generate chlorine dioxide and hydroxyl radicals for rapid antimicrobial action on ...
Electrochemical destruction of chloramines using Magneli phase titanium oxide electrodes
Magneli phase (Ti4O7) electrochemical technology for rapid destruction of chloramines in drinking water. Converts chloramines to nitrogen gas, chloride, and nitrate without producing persistent free chlorine residuals, o...
Sensory optimization of natural sweetener blends for sugar-like taste profiles
Research-driven expertise in formulating and validating blends of natural non-nutritive sweeteners (steviol glycosides, mogrosides, allulose) to achieve desirable sugar-like sensory profiles in beverages. Leverages tempo...
GRAS ingredient solutions for reducing salty taste of electrolytes
A sensory science approach using Generally Recognized As Safe (GRAS) food-grade compounds to reduce the perceived saltiness of electrolytes. The methodology accounts for individual variability in taste perception and eva...
Novel cationic polymers with programmable biodegradation properties
Introducing innovative cationic polymers that leverage cyclic ketene acetal (CKA) comonomers for programmable surface adsorption and tailored biodegradation, aiming to minimize environmental impact through complete miner...
Multi-material direct ink writing for personalized nutrient encapsulation
A novel approach to personalized nutrition using multi-material direct ink writing (DIW) to create nutrient capsules with controlled release properties. This technology aims to improve nutrient delivery by encapsulating ...
Customized colloidal delivery systems for edible bioactive agents
Tailor-made colloidal delivery systems for bioactive agents enhance stability and bioavailability in food applications. Suitable for both hydrophobic and hydrophilic substances, these systems are designed for specific fo...
Microbial-derived AI-2 quorum sensing inhibitors for preventing dental plaque in pets
A microbial-derived solution targeting AI-2 quorum sensing to prevent dental plaque in companion animals. This non-antibiotic approach inhibits biofilm formation, preserving beneficial microbes and promoting oral health ...
Next generation recyclable lightweight polymer packaging
Introducing a patented Melt-Mastication process for semi-crystalline polymers, enhancing mechanical properties and recyclability. This innovation doubles stiffness and strength without reinforcement, reducing polymer usa...
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