Milk Preparation TRIZ Cases

Composite protein structures resolve the trade-off between reduced production cost and deteriorated sensory properties by merging vegetable and dairy proteins.

Membrane fractionation recovers retentate minerals during diafiltration to eliminate external water supplementation and reduce waste.

Sequential filtration stages separate milk proteins and lactose using wide-pore, ultra-, nano-, and reverse osmosis membranes.

Cooling powdered nutrition below 11°C and applying moisture mist prevents fat extrusion during compression, enabling rapid dissolution of solid tablets.

Genotyping bovine cows based on beta-casein variants eliminates costly chemical extraction processes while reducing saturated fatty acids in milk.

Enzymatic treatment breaks down fiber chains in pomace to lower viscosity by 50-90% without sacrificing nutritional value.

Segmented heat treatment eliminates heat-resistant spores in fat while preserving proteins in skim milk.

Lactobacillus reuteri and johnsonii prevent vascular complications by inhibiting inflammatory responses.

Alternan polysaccharide replaces lipid materials to preserve creaminess while reducing calorie content in food formulations.

Rotating disk with suction cavities holds inclusions via negative pressure before depositing them into extrudable confection material.

Modifying the gal-lac gene cluster in Streptococcus thermophilus to achieve a high galactose utilization profile.

Pre-acidifying milk before microfiltration reduces pre-cheese concentrate viscosity, enabling efficient mixing of starters and rennet.

Nitrogen purging prevents oxidation while an inline shear mixer creates micronized droplets for uniform distribution.

Applying 50 to 100 MPa homogenization pressure suppresses acidity increase and pH decrease in stored liquid fermented milk without thermal treatment.

A protein building composition containing leucine, L-carnitine, and creatine increases muscle protein synthesis.

Calcium hydroxide and iron chloride treatment removes impurities from Stevia extracts, achieving 98% purity Stevioside without residual bitterness.

Lyophilized dairy matrices improve linolenic acid bioavailability, resolving disputed efficacy for inflammation treatment.

Dissolved CO2 at 20-50 psi inhibits microbial growth without protein precipitation, extending shelf life and enabling economical bulk transport.

Enterococcus avium converts glutamic acid to GABA using sake cake, avoiding raw material waste and flavor alteration common in anaerobic processing.

Aerated fat-free mousse composition with sugar syrup and fat admixture achieves microbiological stability without compromising texture.

Enzymatic hydrolysis breaks down fiber in defatted oilseed meal to release high-purity protein concentrates.

Glucono-delta-lactone adjusts pH to promote protein aggregation, eliminating sour taste and equipment fouling.

Optimized particle size and pH conditions extract functional pea polysaccharides without costly de-esterification steps.

Differentiating induced pluripotent stem cells into lactocytes to secrete mammalian milk-like products.

Isolating exosomes concentrates immunoregulatory mRNAs, enabling accurate screening of dietary impacts on infant immunity.

A2 beta-casein milk protein reduces inflammatory BCM-7 peptide generation to improve gut microbiota balance and metabolic health.

Ultrafiltration of skim milk and whey separates proteins from lactose.

Adjusting pulse protein pH to 6–8 eliminates beany flavors while preserving functional properties.

Ferment milk using lactic acid bacteria to metabolize carbohydrates, terminating fermentation by nutrient depletion to minimize post acidification.

Liquid chocolate stream shatters into filaments in cooled yogurt, preventing segregation and preserving live culture viability.

Probiotic strain Bifidobacterium longum CCFM752 reduces hypertension by decreasing vascular wall thickness and oxidative stress without drug-induced toxicity.

Beta-cyclodextrin complexes with bound phospholipids in soy protein, enabling removal via dialfiltration without denaturing the protein structure.

Grinding lactose to 30-60 μm prevents spontaneous separation and demixing in skimmed milk powder production.

Screening Lactobacillus casei strains with high lac cluster gene expression to rapidly metabolize lactose.

Transglutaminase crosslinks milk proteins to reduce viscosity and particle size, eliminating gritty texture and enabling whey protein substitution.

Engineered lactase variant with specific amino acid substitutions enhances catalytic activity in milk environments.

Sequential chemical treatment and ultrafiltration remove impurities causing residual bitterness, achieving 98% purity suitable for food applications.

Nitrogen inert atmosphere and acoustic cavitation prevent oxidation while ensuring uniform distribution of polyunsaturated fatty acids.

Lactococcus lactis WH101 mutant strain overexpresses the F1F0-ATPase system to enhance acid tolerance and survival rates under harsh conditions.

Optimized glutinous rice powder grain size minimizes starch damage, resolving texture loss and hardening during microwave cooking.

Optimizing the C/P ratio of chymosin enzymes controls proteolytic force to reduce ripening while maintaining gel strength in fermented milk products.

Disaccharide alcohols prevent solidification during freezing, resolving the contradiction between long-term storage stability and dispenser ejection flow.

Control compression molding porosity to 30%-60% to resolve the trade-off between solid strength and solubility.

Dried Vaccinium fruits containing anthocyanins treat chronic colitis without inducing resistance or side effects.

An emulsion system using partial esterification preserves cholesterol lowering efficacy when consumed without a meal, solving the snack convenience trade-off.

Microfiltration precedes short high-temperature heat to extend shelf life while preventing protein denaturation.