Food Science TRIZ Cases

Dissolving Rebaudioside D in water before carbonation eliminates precipitation risks from low room temperature solubility.

Siamenoside I sweetener composition reduces licorice and bitter notes while maintaining natural origin to resolve taste profile deterioration.

High purity rebaudioside J blends with other steviol glycosides to eliminate bitter and licorice off-tastes in zero-calorie beverages.

Pre-gelatinised starch and alkalimetal cations enable easy hot-water dispersion while maintaining emulsion stability against oil separation.

Optimized glutathione levels inhibit browning in low-pH beverages, with citric acid masking sulfur off-flavors to extend shelf life.

A medical food formulation enables gradual peanut allergen desensitization through controlled daily dosing.

Tempering cooked whole grain rice for 0.5 to 4 hours at 60-70°F distributes water uniformly while preventing starch retrogradation that causes hardness.

A composite supplement blends tamarind seed powder with pea protein to support digestive health.

High-density Cardueae cultivation recovers inulin, biomass, and seeds while minimizing land competition with food crops.

Spray drying transforms liquid bone broth into powder to eliminate preparation time, while agglomeration yields a scoopable form for instant reconstitution.

Sweet corn flour prevents oil-water separation in pulse protein emulsions, ensuring long-term stability without modified starches.

Controlled pH adjustment prevents protein aggregation during heat sterilization, ensuring low viscosity and high dispersibility for neutral liquid beverages.

Replacing traditional hydrocolloids with modified pea starch resolves salt-induced strength loss and syneresis in savory bouillon gels.

Agglomerated powder formulation alters osmolality to improve rehydration while avoiding gastrointestinal upset from high sugar content.

Dicaffeoylquinic acid compounds modify plant protein flavor profiles to reduce bitterness intensity and improve consumer acceptance.

A polysaccharide and starch composition provides binding properties in processed foods.

A rotating mixing container blends popped popcorn with flavorings through mechanical rotation.

Low-temperature drying preserves authentic flavors in high-nutrient snack chips while achieving crisp texture without excessive fat.

Low temperature processing of cereal bran produces smoky aroma while keeping PAH and acrylamide levels below regulatory limits.

Buffer composition adjusts pH to mask sour amino acid taste, improving patient compliance.

Superheated steam cooking prevents grain popping during preparation, ensuring consistent appearance quality and improved hardness for instant rice products.

Cinnamic acid amides enhance umami and salty taste profiles to reduce sodium and glutamate levels in food products.

A water-soluble polysaccharide with viscosity under 200 mPa·s thickens egg sauce while preserving natural flavor and texture.

Type A gelatine combined with non-gelling hydrolysed gelatine maintains shape stability in high salt concentrations, preventing phase separation.

Heat-treated white wheat bran reduces acrid taste and grain odor while preventing cracks during high-temperature drying.

Masks bitter flavor of D-1,3 butanediol using digestible carbohydrates to reduce gastrointestinal side effects while sustaining elevated ketone levels.

A taste-masking compound suppresses bitter and metallic off-notes in high-intensity sweeteners.

Optimized leguminous protein powder reduces chalkiness and foaming without hydrocolloids, simplifying formulation.

Sodium carboxymethyl cellulose forms water-soluble complexes with bitter principles to mask astringent tastes in liquid preparations.

A noodle mix combines indigestible starch with modified starch to yield elastic noodles without crumbly or sticky texture.

Adjusting p-cymene and acid levels in ponzu soy sauce seasoning suppresses hine-shu generation during heat sterilization.

Ethyl lactate reduces acidic taste in low-pH soy sauce while suppressing microorganism proliferation.