Dough Treatment TRIZ Cases

Replacing rice flour with whipped egg albumen and pea protein isolate reduces digestible carbohydrates below 1% while maintaining product structure.

Applying concentrated natural aromatic compositions to dough crusts reduces ingredient dosage while avoiding synthetic flavors.

Offset rotating grippers twist dough strips during conveyance, resolving the contradiction between manual labor costs and continuous throughput requirements.

A granular de-dusting material reduces dust in enzyme preparations using potato starch and vegetable oil.

Adding a specific bacterial gamma glutamyl transpeptidase improves dough extensibility without degrading texture or volume.

Pre-gelatinized starch creates a cohesive dough matrix that increases break force and elasticity in gluten-free biscuits.

Denatured whey protein mediates water binding between viscous fibers and dough, resolving the contradiction between nutritional content and processability.

Cyclodextrin complexes with fats to replace proteins, restoring emulsion stability and texture in allergen-free baked goods.

Lipophilic sunflower pith fibers replace chemical additives to improve binding capacity and elasticity while ensuring health safety.

Two-stage extrusion creates shelf-stable dairy protein pellets, minimizing Maillard browning to preserve snack texture and nutritional quality.

Medium-chain triglycerides and vegetable fibers in this food formulation resolve digestibility issues while maintaining intestinal health.

Replacing traditional fats with microalgae flour reduces caloric load by up to fifty-five percent without compromising the taste and texture of fried goods.

Membrane technologies concentrate umami flavor compounds from vegetable cooking water, reducing MSG content below 1 wt%.

Molecular marker-assisted selection reduces development time and research costs while maintaining genetic diversity in soybean breeding programs.

Modified rice flour blends create cohesive doughs, resolving the contradiction between low fat content and difficult processing.

Nitrogen mixing under negative pressure removes dissolved oxygen from tea extracts, preventing oxidative deterioration and preserving aroma.

Low-pressure extrusion through a straight compression chamber prevents glassy cracker textures while maintaining uniform density.

Wafer composition incorporates non-digestible fibers to maintain glass transition temperature for rolling.

Nested W/O/W emulsion structures protect anthocyanins from pH shifts and oxidation, enabling stable natural dyes in complex food and cosmetic formulations.

Combining thermophilic serine protease with low-iodine monoglycerides enhances bakery short bite through synergistic enzymatic hydrolysis.

Meat flour substitute replaces wheat carbohydrates with protein composites to replicate traditional baked goods taste and appearance without adding fiber.

Balanced water activity in dough and topping prevents microbial growth, extending shelf-life to 60 days at room temperature without preservatives.

Co-processed salt-starch powder binds bouillon tablets without crust formation or lumps.

Adding sulphate compounds to low sodium doughs resolves the contradiction between reduced salt intake and poor handling properties by strengthening the matrix.

Multi-step purification removes bitter impurities to yield high purity sweeteners for food applications.

A spray dryer converts insect liquid mixtures into dry powder using heated gas.

A sourdough starter extends shelf life by controlling moisture content between 20 and 60 wt% alongside specific lactic acid bacteria ratios.

Triple extrusion with an air die separates high protein casing from soft filling, resolving the trade-off between nutritional content and sensory appeal.

Standardized Radix Glycyrrhizae extract paired with wolfberry manages blood glucose and lipids while eliminating formulation complexity and side effects.

Ethylcellulose hydrocolloid binds liquid oil within cooked dough matrices, preventing fat bloom and greasiness from unsaturated fatty acids.

Engineered thermostable alpha-amylase polypeptides maintain catalytic activity at high temperatures to standardize flour quality.

A high fruit content food formulation maintains a hard and crispy texture by controlling moisture levels below four percent.

Centrifuge chia seed blends to separate oil and solid layers, resolving viscosity issues in food applications.

Dried spent grain filler compensates for volume loss when replacing sugar with low-bulk sweeteners.

A gluten-free flour substitute composition uses a specific starch blend and hydrocolloid mix to form dough with improved texture.

Medium-chain fatty acid triacylglycerol in dough resolves the trade-off between crispy texture and soft melting mouthfeel.

Ginseng extracts strengthen wheat gluten networks to improve dough stability and baked goods volume, replacing synthetic emulsifiers like DATEMs.

A dual-shell microcapsule structure protects lipid cores using a protein inner layer and carbohydrate outer layer.

Optimized 10-120 micron hydrated fibres replace hard fats, reducing saturated content while preventing sandy mouthfeel.

A soft baked snack composition uses a specific protein matrix to retain moisture and texture, preventing hardening over shelf life.

A food supplement combining edible oil, fruit paste, nut meal, and honey to deliver high caloric density.

Wet milling liberates grain components to form a smooth opaque colloid, resolving bitterness and pulpy texture trade-offs.

Segmented screw profiles protect large inclusions from shear degradation during continuous cooking-extrusion, maintaining product visibility and yield.

Sonication with electrolyzed catholyte and anolyte solutions removes soil and pathogens from produce, avoiding toxic chlorine and surface damage.

Mesenchymal feeder co-culture maintains CD133+ proportions during long-term expansion, overcoming rapid differentiation limits.

Aqueous filling composition retains slowly digestible starch using modified grain starch and plasticizers.

Wheat cultivar BZ6W07-427 combines herbicide tolerance, pest resistance, and disease resistance through systematic backcrossing.

Flavor carriers mask the bitter taste of cynarine in Jerusalem artichoke flour dough, while silica gels reduce flatulence from inulin.