Dough Treatment TRIZ Cases

Controlled gelatinization of partially hydrolyzed maize starch preserves slowly digestible starch content while preventing crumbliness.

Combining two hydroxypropyl methylcellulose types with gluten-free flour increases bread specific volume.

Recombinant expression of ovalbumin and ovomucoid in host cells creates stable egg white protein compositions independent of animal supply chains.

Thermal imaging sensors detect raw dough ends to control gripping devices in pretzel loop-forming apparatuses.

Adding lipase enzymes to pulse protein doughs hydrolyzes lipids, restoring volume lost during baking.

Thermo-reversible gelling agents in takoyaki mixes resolve shape loss during reheating by forming temperature-dependent gel networks for structural support.

High heat and pressure vitrify the composite dough matrix, resolving the contradiction between biodegradability and liquid containment capability.

Targeted plasticizer application prevents cracking at the shell base, and oxygen barrier packaging extends shelf life by stopping premature drying.

Liquid crystalline organogels restrict active ingredient diffusion for controlled release while avoiding expensive pure lecithin and synthetic polymers.

Composite particles with insoluble cores and soluble coatings integrate dietary fiber into food products without compromising functional performance.

Pea starch batches with controlled slowly digestible starch content use modified ENGLYST analysis to determine very slowly digestible fractions.

A sourdough preparation method creates soft cake batter with high cereal content while maintaining liquid consistency.

Layered colored dough eliminates high-calorie icing glazes while creating unique visual appeal.

Sorbitan tristearate prevents fat bloom in low-saturated fat bakery products by inhibiting recrystallization.

A two-phase butter mixture with distinct fat contents creates layered sensory properties in baked goods.

WB-139 wheat cultivar integrates disease resistance and modified metabolism via merging principles to overcome limited agricultural adaptability.

IAX4438 inbred maize line combines segmentation and local quality principles to resolve uniformity versus regional adaptation trade-offs.

Segmented calcium treatment controls alginate gelation, reducing equipment corrosion while improving coating adhesion and texture.

Chemically modified resistant starch maintains granular structure to reduce caloric density while preserving organoleptic properties and satiation effects.

Coextruding high-flour outer dough with low-flour inner dough maintains crunchy-chewy contrast and shelf stability for six months.

An acidic aqueous calcium carbonate suspension buffers dough pH to prevent insoluble salt formation and maintain bread texture.

A gluten-free cereal flour composition combines hydroxypropyl methylcellulose and carboxymethyl cellulose to improve bakery product texture.

Counter-current extraction using C1-C3 alcohols replaces inefficient adsorbent methods, boosting phospholipid yield and purity.

Non-mammalian serine glycerophospholipid mixtures with specific fatty acid ratios enhance cognitive functions.

A non-digestible protective material forms a food film network to inhibit carbohydrate digestion in the small intestine.

Segmented cookie slabs with controlled moisture maintain crunch against fudgy brownie bases during industrial baking.

An internally grooveless front roller paired with a partially spiraled stripper wire eliminates intermediate band grooves, increasing hourly output by 20%.

Extraction creates chicken protein powder to boost snack and beverage nutrition without cross-contamination risks.

Heating lupin fibers above 130°C reduces surface porosity, resolving rough mouthfeel in low-fat foods.

Hydrothermal treatment and pregelatinization modify starch structure to provide rollability without wheat, maintaining purity while extending shelf life.

A baked food product combines whey, egg white, and soy proteins with psyllium fiber to create an airy texture.

Composite flour blends okra and urad dhal with cereals to lower glycemic index while maintaining consumer acceptance.

Composite polysaccharides inhibit alpha-amylase to reduce starch hydrolysis and control postprandial hyperglycemia.

Comminuted seeds and nuts protect liquid flavors from oxidation, replacing synthetic encapsulation to achieve clean-label status.

Removable roller board inserts with aligned grooves form diverse comestible shapes through sliding motion, resolving versatility versus complexity trade-offs.

Pre-mixed dry ingredient blends eliminate measurement errors and reduce preparation time while ensuring consistent product quality.

Adding a specific raw starch degrading enzyme reduces the falling number of flour, replacing costly malt flour supplementation.

A specialized flour blends cereal meal, defatted soybean protein, and isolated dietary fiber to create a balanced nutritional base.

Thermally inhibited flour cuts retorting time by 30% while preserving organoleptic properties, resolving the trade-off between food safety and product quality.

A vegetable fat composition blends specific triglyceride ratios to maintain structure and mouthfeel in baked goods.

A baked food composition combines shredded root vegetable with expanded inclusions to achieve a loose, crunchy texture.

Controlled temperature mixing preserves slowly digestible starch content while maintaining crispy texture and extended shelf life.

A piston accumulator stabilizes aerated batter pressure before deposition, preventing bubble destruction and enabling robust low density wafer production.

Spray-drying high-oil microalgal flour emulsions produces non-sticky granules that disperse in water without binders.

Xylanase converts harmful arabinoxylans into beneficial hydrolysates, restoring baked product volume while improving dough processability.

Applying a sodium chloride coating to pizza dough surfaces maintains saltiness perception while reducing overall sodium intake.

Expanded food replaces wheat proteins with milk protein to create a unique pore structure that resolves texture and production time trade-offs.

Aqueous extraction removes FODMAPs from wheat gluten to create tolerable flour for intolerant consumers.

Tricaprin fat imparts a cooling sensation to edible products without adding intrinsic flavors that sugar alcohols introduce.