Milk Preparation TRIZ Cases

Homogenizing skim milk at 30 to 55°C increases free fatty acid content.

Long wavelength lighting during milking preserves melatonin levels while enabling animal orientation.

Verbascoside masks bitter aftertaste from sweetness modifiers, reducing sugar content while maintaining desired flavor profiles.

Optimized molecular weight ranges balance texturizing effectiveness with recoverability, resolving production cost challenges.

Drum drying controls moisture and temperature to minimize fragmentation, resolving the trade-off between productivity and process tolerance.

Adding L-fucose to culture media resolves low EPS productivity in Bifidobacterium strains by serving as a specific carbon source.

Purified animal colostrum removes lactose and casein proteins to target the human mucosal barrier without triggering allergic reactions.

Selected Lactobacillus plantarum, fermentum, and reuteri strains reduce inflammation and fatty liver conditions by modulating the gut-liver axis.

A liquid creamer composition uses micellar casein with mono- and di-glycerides to stabilize oil emulsions.

Incorporating microorganisms displaying human carbohydrate structures into fermented foods triggers specific immune responses.

Saturated fat microparticles protect omega-3 oils from oxidation, preventing off-flavor development and extending shelf life.

A pasteurized human milk fortifier increases nutritional content in mother's milk to address insufficient donor milk nutrients.

Vacuum evaporation and granulation remove spray drying energy costs while eliminating air inclusions for denser dairy powder.

Rennet-treated non-fat dry milk powder coagulates with free calcium ions to increase cheese stiffness and ease of cutting.

Coated compacted feed blocks absorb liquid during transport, breaking apart to provide simultaneous feed and water intake while eliminating separate troughs.

Segmented capsules prevent food discoloration and rancidity while ensuring high iron absorption.

Forming a deep eutectic solvent from solid components enables homogeneous mixing and reproducible Maillard reaction products without altering food texture.

Enzymatic digestion of milled puffed grain releases dissolved proteins, addressing lysine deficiency in maize-based diets.

Specific gamma-glutamyl peptides enhance initial and middle food taste while minimizing aftertaste persistence.

A cellulose composite forms a colloidal network structure to stabilize suspensions in aqueous beverages.

High-pressure steam hydrolysis breaks down bone tissue, replacing complex mechanical milling to solve low solubility and slow production bottlenecks.

Administering Bifidobacterium species with prebiotics increases Galectin-9 and CCL28 concentrations to support infant immune function.

Optimizing the molecular weight distribution of lactase fractions enhances thermal stability, ensuring efficient lactose decomposition in dairy products.

Enzymatic hydrolysis reduces lactose levels while dilution removes excess glucose and galactose, maintaining flavor profile without complex filtration.

Lactase enzyme converts lactose to glucose and galactose, preventing Maillard browning during thermal processing.

A concentrated beverage whitening composition blends high butterfat cream with low butterfat milk and serum solids to maintain whitening ability in reduced volumes.

Spray drying and milling reduce moisture and particle size to resolve mouthfeel trade-offs in high-fat food systems.

A nutritional composition containing 2′-fucosyllactose reinforces the intestinal barrier through targeted prebiotic and immunomodulatory actions.

Pre-fermenting milk with lactic acid bacteria reduces endogenous protease secretion, preventing energy loss and harmful metabolite formation.

Combining sialylated and fucosylated HMOs overcomes limited efficacy of neutral variants to enhance receptive and expressive language scores.

Heat-treated milk retentate stabilizes bubbles and improves mouthfeel without high fat content.

Isolated agonist anti-EDAR monoclonal antibodies induce tail hair and sweat gland formation in Tabby mice.

Segmented separation removes bitter proteins and sodium ions from quark matrix, eliminating bitterness and high salt content without generating acid whey.

Evaporation and heat treatment of native micellar casein enable high protein content without increasing viscosity for easier patient consumption.

Protective shells encapsulate new Lactobacillus strains to resolve the contradiction between stunted growth and shelf stability in dietary products.

A compact group of reflection optic sensors uses SMT devices and mirrors to detect weft thread presence in weaving looms.

Ultrafiltration and diafiltration with polyamide membranes enrich oligosaccharide-bound sialic acid to match human milk profiles.

A triglyceride thickener increases liquid viscosity through dense crystal formation.

Heating concentrated acid whey proteins prevents degradation and corrosion during lactic acid fermentation.

A secondary oil-in-water-in-oil emulsion maintains spreadability and stability across temperature cycles without synthetic stabilizers or complex fractionation.

Compression molding powdered milk followed by hardening treatment creates a solid milk body with controlled surface porosity.

Adding purified protease before transglutaminase treatment reduces fermentation time while maintaining product viscosity and stability.

Heat-treated milk powder denatures allergenic proteins to reduce allergic reactions without increasing choking hazards from solid food forms.

A single tank process uses a helix agitator to mix and separate whey from fermented dairy curd.

Pre-selected Lactobacillus and yeast strains regulate spontaneous cocoa fermentation, resolving inconsistency in bean quality.

Segmented coagulant blends manage bacterial acidification rates while preventing excessive protein degradation during soft cheese ripening.

Acid hydrolysis breaks down bacterial metabolites in spoiled milk, enabling protein recovery where conventional purification fails.

A yogurt milk production method separates raw milk into skim milk and cream before mixing the powder with skim milk.