Moringa oleifera seed extract could potentially serve as a sustainable alternative to conventional alum coagulants for microplastic removal in drinking water treatments, while also allowing for process simplification and cost savings.
In carrot puree, a low-acid matrix, heat plus pressure achieved significant spore reductions, while cationic antimicrobials enhanced sporicidal effects and prevented regrowth. The hurdle approach offers a potential alternative to conventional thermal processing at severe temperatures, which can degrade food quality.
This episode of Food Safety Five discusses new research on the use of cold plasma technologies for biofilm inactivation and reducing allergenic risk, deriving more accurate “sell by” dates based on microbial changes on meat, and ultra-processed food nutrition and purchasing realities.
The line combines PPM’s frying, seasoning, and product handling systems with Key’s optical sorting technology into a unified processing solution, from slicing through packaging.
According to Austra Juice, the process lowers sugar and calories by at least 30 percent while maintaining the juice’s flavor profile, allowing beverage companies to label resulting products as “reduced-sugar fruit juice from concentrate.”
Acrylerase, developed by Kerry Group, is an amidase food enzyme that hydrolyzes acrylamide, and is the first commercially available food enzyme designed to directly decompose the process contaminant after it has formed.
Moderated by Chief Science and Technology Officer Dr. Brendan Niemira, the four-part series will discuss the science behind emerging food technologies and innovations, from sustainable packaging to plant-based proteins and nonthermal processing.
Although UV-C was effective against Salmonella, E. coli, and Listeria monocytogenes under most conditions, pathogen regrowth during refrigerated storage was significant. The findings suggest UV-C may be a useful post-harvest intervention when used in combination with other measures.
Precision fermentation has the potential to improve food security, promote sustainable food production, and support the food sector as an important driver of economic growth. The biotechnology behind precision fermentation is likely to become progressively visible, and its role in food manufacturing will become increasingly important.
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