Dough Treatment TRIZ Cases

A cookie dough formulation uses a specific fat-to-sugar ratio to maintain rounded shapes during baking.

Spray drying a homogenized microalgal emulsion creates granules that resolve the trade-off between high lipid content and poor powder flowability.

Enzymes solubilize oat or rye bran to increase dietary fibre without reducing bread volume.

A rotary dough cutter uses dies with inner geometric cutouts to form pastry portions.

A rye cake formulation replaces conventional sugars with polyol blends to maintain structural integrity.

A baked snack premix combines lactoprotein and starch to maintain crispy texture in finished products.

Adding macro-minerals to refined bread reduces postprandial glycemic response while increasing energy expenditure through fat oxidation.

An oil-in-water-in-oil emulsion maintains milkfat integrity to prevent intersolubility and improve dough crispness.

Caseinate stabilizes fat fillings against heat, preventing deformation and color changes in bakery products.

Ohmic heating maintains produce quality by avoiding thermal damage from conventional retort processes.

A pretzel knotting process stretches dough strands around a form element to accumulate tension before releasing the element for final contraction.

Modified cake formula reduces water activity below 0.71 to prevent microbial growth while maintaining texture and moisture for extended ambient storage.

Incorporating malted barley flour into dough creates irregular shapes and uneven crust topography.

A food additive combining algae and fungi extract to enhance umami taste without metal salts.

Segmented drying prevents cracking by equalizing moisture levels across thin cereal confectionery products.

Steam condensation dehydrates rice flour and modified starch coatings to achieve fried-like crispness without oil absorption.

Modified starch and protein emulsifiers create stable dough structures that maintain texture quality during storage.

Combining maltogenic amylase with amyloglucosidase inhibits starch retrogradation in dough.

Water-soluble dietary fiber amplifies sodium chloride intensity while masking harsh potassium chloride flavors.

A vegan baking composition blends starch, dietary fiber, and hydrolyzed vegetable protein to replace eggs and dairy in baked goods.

A plant-based complete protein product merges legumes and grains to deliver all nine essential amino acids.

Oleaginous microorganisms ferment treated food waste to produce lipids, eliminating solvent extraction and reducing environmental degradation.

Blunt edge cutters pinch dough surfaces to form rounded edges, while fiber addition reduces crumb voids by up to 90% compared to standard compositions.