Biopolymer-based nanofertilizer for controlled and sustained urea release
A biopolymer-based nanofertilizer designed for controlled urea release enhances nutrient uptake, reduces environmental impact, and supports sustainable agriculture. Utilizing alginate, chitosan, pectin, and zein, it offe...
GRAS-polymer nanoparticles for enhanced vitamin delivery
Innovative GRAS-polymer nanoparticles designed for improved absorption and controlled release of fat-soluble vitamins in VMS products. Using alginate, pectin, zein, and cyclodextrin, this scalable solution enhances bioav...
Encapsulation of probiotics with GRAS polymers for enhanced gummy candy
Iowa State University presents a method to enhance probiotic viability in gummy candies using GRAS polymers. This encapsulation technique improves thermal stability and shelf-life while maintaining gummy quality, offerin...
Graphene electrochemical sensors for rapid Salmonella detection
Advanced graphene-based electrochemical sensors enable rapid and economical detection of Salmonella in food, utilizing synergistic aptamers and antibodies for enhanced sensitivity and specificity.
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