Dough Treatment TRIZ Cases

Native potato protein isolate inhibits proteases to prevent gluten breakdown during proofing, maintaining dough stability and bread volume.

Pharmaceutical preparations combine cannabinoid compounds with vasodilators to address psychological barriers while enhancing blood flow.

Combining high-potency sweeteners with taste improving compositions resolves delayed onset and off-tastes, delivering a sugar-like temporal profile.

Segmented folding operations replace extrusion to reduce mechanical stress, preserving gluten structure and enhancing leavening volume.

A gelled peanut butter composition uses sugar alcohol and triglyceride stabilizers to form a protective gel structure.

Monodisperse maltodextrins maintain wafer crispness at high water activity levels, preventing stickiness and breakage.

Pre-cooked poultry protein powder allows high protein content in extruded snacks, eliminating final cooking complexity while ensuring safety.

Organic acids cross-link corn gluten meal polymers to boost flexural strength while lowering manufacturing energy consumption.

Segmented vertical modules resolve the contradiction between high productivity and disease risk in automated insect farming.

Low-temperature heat treatment prevents oil oxidation while enhancing starch properties to improve meat texture.

Ion exchange chromatography reduces nitrogen content in optimized arabinoxylan oligosaccharides to eliminate unpleasant taste and ensure thermal stability.

Sorbitan monoesters stabilize bakery fat networks, preventing cocoa butter recrystallization while maintaining low saturated fat levels.

A composite enzyme product containing cellulase, xylanase, beta-glucanase, pectinase, mannanase, and alpha-galactosidase hydrolyzes forage cell walls.

Low-temperature enzymatic processing of whole grains produces isomalto-oligosaccharides without costly starch separation or high heat.

Blending palm oil fractions with unsaturated oils yields a fat blend that prevents dough stickiness while maintaining oxidative stability for baked goods.

Segmented temperature-controlled enzyme stages break down oat carbohydrates and fibers, reducing waste while improving yield and shelf stability.

Partially hydrolysed guar gum with controlled molecular weight provides dough viscosity in gluten-free bakery compositions.

Radio frequency drying converts beverage production waste into stable high-fibre flour for human consumption.

Pre-reacted wheat protein with non-leavening yeast breaks disulfide bonds to improve extensibility without chemical additives.

Preforming hot wafers into cup shapes before deep drawing creates symmetrical multi-layered folds that improve stability and crispiness.

A multiphase foodstuff combines cello- and xylo-oligosaccharides with glucose to provide bulk and sweetness.

Centrifugal separation of lipid and serum phases removes isoflavones to extend shelf life without adding isolated soy protein stabilizers.

Preliminary hydrophilization of the carrier prevents storage stability deterioration, resolving the contradiction between process speed and product reliability.

Applying solventless hash to nuts inverts sweet flavor norms, addressing underserved health-conscious consumer segments.

Wheat cultivar XY06-892 introduces disease resistance through targeted crossing and backcrossing protocols.

Apple-juice powder lowers oil uptake while preserving texture and appearance, avoiding the quality loss of conventional additives.

Enzymatic treatment of starch granules improves gel strength and texture without chemical modifications or legal restrictions.

A monoglyceride hydrate product forms through controlled cooling below the Krafft temperature to crystallize saturated fatty acid residues.

Carboxymethyl cellulose particles enhance mucosal adhesion on the tongue surface.

Segmented inositol comestible units resolve the trade-off between high-dose efficacy and poor patient adherence by masking taste.

Deamidated legume protein isolates replace gluten to improve texture softness while eliminating allergen risk from dried egg whites.

KCI7538 maize inbred line combines water stress resistance and waxy starch, addressing breeding complexity while maintaining genetic stability.

Adding complex additives containing reducing agents to flour allows high protein levels without making dough unworkable or rubbery.

Sequential enzymatic treatment solubilizes cereal bran to yield soluble arabinoxylan oligosaccharides for food products.

Dehydrated fruit materials blend with rice-based ingredients to form a dough suitable for sheeting, cutting, and frying into crispy snacks.

Specified buckwheat hull particle sizes prevent dough accumulation on sheeter wires while maintaining visual whole grain attributes.

WB-112 wheat cultivar integrates herbicide tolerance and pest resistance through staged backcrossing, resolving breeding complexity.

Combining acetic acid bacteria and yeast with tea-infused cereal eliminates dominant lactic notes to produce stable, unique flavor profiles.

Superheated steam impingement bakes cookies faster while maintaining organoleptic properties despite high dietary fibre content.

Osmotic shock and enzymes extract high-quality protein from fresh algae, preserving functionality while enabling cascaded biogas production.

Vacuum packaging preserves sprouted grains at ambient temperature, avoiding drying or freezing that degrades nutritional value.

Fine milling of bran resolves texture and color trade-offs while heat treatment deactivates lipids to extend shelf life.

Calcium chloride extraction and pH adjustment produce heat-stable pulse proteins that resist precipitation in acidic beverages without stabilizers.

Spiral groove milling device blasts pressurized cereal grains to produce viscous flour without chemical thickeners.

Case hardening creates an outer skin on extruded pellets, allowing internal vapor pressure to induce random stress cracks and non-uniform shapes.

Replacing sugar with erythritol and adding fiber-rich ingredients maintains texture while reducing calorie content by at least 30%.

Integrated lifting, gripping, and pivoting means in the processing table enable fully automated production of single-strand braids without manual intervention.

A microalgae-based egg substitute mimics binding properties using vegetable flours and proteins.

Refined cereal flour with low water absorption enables layered cookie dough processability while maintaining high slowly digestible starch content.

Hemp seed protein nanoparticles replace synthetic surfactants to eliminate cardiovascular risks while maintaining emulsion stability.