Food Science TRIZ Cases

Oligofructose and sn-2 palmitate triglycerides in infant formula promote Bifidobacteria growth.

Loosening agent coating on gelatinized noodle strings prevents sticking during high-speed hot air drying, ensuring easy rehydration.

A liquid sweetener composition combines rebaudioside-M and 1,3-propanediol to create a stable, high-intensity natural sweetening agent.

Acidulant blends stabilize high-soluble-fiber concentrates at low pH, preventing precipitation and maintaining palatability.

A sweetener composition blends natural and artificial agents with masking agents to deliver sugar-like sweetness.

Controlled temperature and solvent parameters stabilize glucosinolates and polyphenols, resolving trade-offs between extraction speed and component integrity.

Cone-shaped receiving ports in a cloverleaf pattern optimize flow velocity to resolve corn dough rheology incompatibility.

Composite acid system and controlled water activity prevent topping cracking while minimizing production facility rust formation.

A flowable food composition combines water-holding agents with lubricating agents to enable dispensing from flexible squeeze bottles.

Alginic acid gelation in plant-based milk creates a gelled product that resolves the contradiction between plant substitution and texture quality.

Cooling harvested cell mass and applying mechanical pressure to remove moisture, resolving texture profile contradictions in cell-based meat production.

A seasoning composition combines potassium chloride with arginine, lysine, and nucleic acid-containing yeast extract to boost perceived saltiness.

Guanidine-functionalized chitin aerogels maintain high swelling capacity in acid solutions, resolving pH-dependent shrinkage limits.

High temperature puffing adjusts bulk specific gravity so puffed rice sinks, preventing floating and ensuring uniform reconstitution.

Drying seasoning paste without starch additives prevents freshness loss while maintaining consistent industrial-scale quality.

Multimodal farinaceous particles bind moisture during pan frying to reduce weight loss.

Encapsulated spice formulations preserve flavor integrity for 24 months while enabling scalable dry and wet packaging.

Allulose sweetens aerated water while enhancing carbon dioxide solubility and retention rates, resolving acridity and flatness issues.

Maillard reaction products of glycosylated mogrosides reduce bitter and astringent notes while maintaining high sweetness intensity.

Dehydrating polysaccharides to anhydrous conditions prevents hydrolysis during thermal inhibition, maintaining organoleptic properties.

Modified wheat flour with reduced gelatinization temperature enables rapid water dispersibility for fried food coatings.

Allulose and tagatose buffer carbohydrate absorption to prevent hyperglycemic episodes.

A modified food starch complex with a PEG-derivative vitamin E surfactant solubilizes non-polar compounds in aqueous formulations.

Food acid treatments modify grain structure during settling stages, reducing cooking duration while preserving natural appearance and texture.

Direct acid impregnation reduces fixed citrate accumulation and reaction time while maintaining native starch color equivalence.

Direct drying eliminates yeast fermentation to maintain bright color and crispiness in large grain breadcrumbs.

Ion exchange resin hydrolyzes high molecular weight hyaluronic acid into uniform low molecular weight oligomers.