A sucrose fatty acid ester keeps oily coating food flowable and glossy even when water mixes in, enabling stable coating amounts in production.
Gum Arabic enables high-whey-protein aqueous compositions to withstand heat treatment without gelation, fouling, or texture loss.
High-whey-protein aqueous compositions use Gum Arabic and direct steam injection to prevent gelation, reduce fouling, and keep texture dispensable.
Hydroxypropylated starch with 1-10% substitution achieves homogeneous milk thickening by preventing stringy clumps during dispersion.
Co-attrited microcrystalline cellulose and carboxymethylcellulose blend stabilizes plant protein beverages through synergistic particle interaction.
Combining xylitol with glycerol and other sugar alcohols inhibits crystallization, ensuring long-term fluidity stability in low-water food compositions.
Hydrolyzed whey protein beverages maintain 50-2000 cp viscosity while delivering essential nutrients to prevent malnutrition in dysphagia patients.
Fractionating artichoke-derived inulin to remove mono- and disaccharides prevents Maillard browning reactions during thermal processing.
Edible polymer hydrogels swell to induce satiety while degrading safely, avoiding constipation and pain associated with non-degradable stomach fillers.
Soluble polysaccharides or proteins mediate psyllium water absorption, reducing suspension viscosity and drying energy while preserving health benefits.
Heating starch with halogenated salts reduces RVA peak viscosity to 5% of raw material levels while maintaining a 2 μm maximum particle diameter difference.
Low-acyl gellan gum gelation prevents particle aggregation and rising to the surface caused by carbonation bubbles.
Heat treatment of calcium-depleted milk protein concentrate lowers viscosity to under 0.2 Pa.s, resolving the trade-off between sterility and flow resistance.
Baobab fruit pulp powder prevents royal jelly gelling during pasteurization, maintaining microbiological safety without preservatives.
Enzymatic extraction isolates high-molecular-weight inulin fractions to eliminate interfering mono- and disaccharides, improving processing properties.
Enzymatic hydrolysis creates porous granular starch that resists degranularization during heat treatment to maintain viscosity.
Gum ghatti emulsifier stabilizes oil-in-water flavor dispersions, preventing particle coarsening and sedimentation to maintain clarity.