A low pH stable lactase converts lactose into glucose and galactose during fermentation.
Cyclodextrin glucanotransferases modify steviol glycosides to eliminate bitterness and licorice flavors while maintaining sweetness potency.
Pre-mixed dairy formulations with modified starch gel eliminate separate component handling, reducing storage complexity and sanitary risks.
Filtration device removes antidepressants from breast milk using adsorbent substrates, protecting infants from drug exposure.
Extruded soluble whole grain oat flour maintains whole grain integrity while enabling rapid beverage dispersibility, eliminating complex hydration requirements.
A perforated flexible susceptor transfers microwave heat to food surfaces while allowing steam to escape through the substrate.
Specific pectin parameters stabilize acid milk beverage proteins, preventing precipitation and aggregation at low solids-not-fat concentrations.
Modified heat treatment and microfiltration retain native whey proteins in yoghurt, resolving the trade-off between structural stability and protein quantity.
Pre-incubating plant protein with phytase breaks down phytic acid to accelerate acidification speed and reduce processing time.
Allulose mediates between amino acids and the palate to eliminate off-tastes, improving consumer preference without adding calories.
A granulated vegetable milk powder combines pea and rice proteins to deliver high solubility and nutritional completeness.
A peptide binds metal ions to form a complex that enters fermenting microorganisms.
Optimized nisin fermentation uses alkaline salts for precise pH regulation to yield stable, high-concentration products.
Modified CRISPR loci with added spacers generate bacteriophage-resistant starter cultures, reducing fermentation contamination risks.
A D-alanine composition stimulates laminin-332 production in human epidermal keratinocytes.
A dynamic formula adjusts milk protein powder addition based on fresh milk content to stabilize yogurt viscosity.
Microbial trypsin-like and chymotrypsin-like enzymes hydrolyze milk proteins into hypoallergenic peptides.
Engineering fadD gene expression resolves ATP-dependent temperature contradictions, ensuring probiotic viability during intestinal transit.
Cold separation and expanded bed adsorption isolate lactoperoxidase, resolving low yield and high cost issues in commercial production.
A pectin and xanthan gum composition enhances beverage viscosity and friction to improve sensory texture.
Sequential cultures metabolize monosaccharides to stabilize pH in fermented dairy products.
Filtration removes particulates and microbes from acid whey, converting low-value waste into a shelf-stable beverage base.
A pelleted mineral supplement uses a heat sink material to absorb processing heat.
Bacteroides uniformis CECT 7771 resolves obesity treatment limitations by improving insulin sensitivity and regulating lipid metabolism without side effects.
Agglomerating semi-dried emulsion powder resolves poor bulk density and slow dissolution in instant coffee creamers.
A two-phase fermentation process with specific bacteria generates biogenerated flavor compounds in low-fat cream cheese products.
Optimizing the Lactobacillus rhamnosus to paracasei ratio in a probiotic composition prevents increased gut permeability and treats gastrointestinal disorders.
Forewarming and ultrafiltration stabilize high solids dairy liquids against gelation and browning by adjusting protein and sucrose ratios.
Evacuable containers filled with protective gases prevent oxidative degradation of milk and fruit preserves.
Partially hydrolyzed guar gum modifies viscosity to extend meal intervals while maintaining low fat, sugar, and energy density.
Ion-exchange chromatography removes impurities causing residual bitterness, yielding 98% pure sweeteners for food applications.
Replacing starch with xanthan gum in aerated food powders maintains bubble dispersion stability while eliminating slimy mouthfeel and high caloric content.
Complete protein coagulation during fermentation enhances freeze-thaw stability, eliminating artificial emulsifiers and stabilizers.
Lactase converts rebaudioside A to rebaudioside B, eliminating bitterness from co-extracted glycosides.