Milk Preparation TRIZ Cases

Fat coatings on frozen yogurt maintain viscosity stability during freeze-thaw cycles, enabling portable finger eating.

Onopordum nervosum plant extract clots milk and hydrolyzes proteins to produce functional dairy products.

Incorporating bacteriocin sources and microbial barriers accelerates cheddar flavor development while preventing spoilage microorganisms.

Segmented dry mixes with stabilizers provide shelf-stable nutrition without refrigeration.

Enzymatic hydrolysis of plant proteins extracts bioactive peptides to eliminate anti-nutritional factors while preserving protein utilization.

Exposing bacterial cultures to bacteriophages selects survivors that maintain texturizing capabilities while resisting viral infection.

A natural cheese method using acidified milk streams to tailor texture attributes.

I473 and K500 mutations in Cas9 enzymes increase spacer acquisition and cleavage efficiency against NAG PAMs, resolving limitations in wild-type systems.

Heat-denatured milk retentate stabilizes micro-bubbles in aerated skimmed milk, eliminating exogenous gums that increase processing complexity.

Lactobacillus rhamnosus strain CNCM I-3690 mitigates diet-induced metabolic disorders by increasing acetate production to improve insulin sensitivity.

Exopolysaccharide-producing lactic acid bacteria generate texture in fermented milk soft cheese products, eliminating external texturizing agents.

Adding proline to milky beverages creates a fermented milk taste, solving the bottleneck of lacking dairy flavor in soft drink formats.

Membrane filtration concentrates proteins and calcium in milk while enzymatic hydrolysis removes lactose.

A lyophilized probiotic formula containing four specific strains isolated from Rhodope dairy products.

Porcine odorant binding proteins capture methoxypyrazines at acidic pH, forming removable complexes that eliminate unpleasant ladybug taint flavors.

Heat-killed Lactobacillus paracasei GMNL-653 induces pyroptosis in nasopharyngeal carcinoma cells, avoiding radiotherapy side effects.

Shared thermodynamic heat treatment reduces machine cost by replacing two independent systems with one adjustable circuit that balances thermal power.

Two Lactobacillus plantarum strains enhance CD4+ and CD8+ cell concentrations in elderly hosts.

Low-temperature polymeric microfiltration suppresses biofouling and calcium phosphate deposition while maintaining separation efficiency.

Bioactive dairy composition retains heat-stable immunoglobulin G through controlled thermal processing at acidic pH, avoiding costly high-pressure methods.

Lactobacillus delbrueckii metabolites in fermented milk reduce the relative sympathetic nerve activity index.

Lactase enzymes convert lactose into glucose and galactose, masking off-tastes from low-calorie sweeteners while reducing caloric intake.

Low protein and energy density nutritional composition reduces obesity risk in infants born to overweight mothers.

Lactic acid bacteria ferment milk with oligosaccharides to boost iron uptake, preventing zinc competition and fatty acid peroxidation.

Targeted mutations in beta-galactosidase boost galactooligosaccharide yield to 59.8%, resolving low productivity constraints.

Enzyme-modified skimmed milk proteins form a gel network that replaces fat in desserts, reducing calories while maintaining creamy mouthfeel.

Specific Lactococcus lactis strains generate bioactive peptides that lower LDL cholesterol and blood pressure without synthetic drug side effects.

A cyclodextrin-based filter removes per- and polyfluorinated substances from expressed breast milk.

Administering Lactobacillus rhamnosus HN001 resolves postnatal depression and anxiety by leveraging the gut-brain axis, avoiding pharmacological side effects.

High-temperature homogenization creates stable phytosterol dispersions using minimal emulsifiers.

Mixing dry protein powder with anhydrous alcohol creates a thermoset composition that cures at low temperatures, eliminating high-energy extrusion processes.

An induction heating system uses a machine-readable tag to determine substance temperature for precise control.

A dairy product uses a Trichoderma-derived protein to coagulate milk into a cheese-like solid without thickening agents.

Combining angiogenin with lactoperoxidase in a powdered milk product increases bone density while avoiding side effects from pharmaceutical interventions.

Microfiltration separates skim milk into casein-rich retentate and whey protein permeate, preserving native micellar integrity without acidification.

Humic acid binder adsorbs mycotoxins via pH-dependent solubility, resolving nutrient impairment trade-offs in feed detoxification.

Modified Lactobacillus rhamnosus strain sequesters mercury from aqueous environments and gastrointestinal tracts through cellular uptake mechanisms.

Ultrafiltration concentrates milk proteins to stabilize culinary creams without synthetic caseinates.

Enzyme treatment hydrolyzes starch in whole grain flour, reducing viscosity and grittiness while maintaining nutritional integrity.

Sequential microfiltration and ultrafiltration remove whey proteins to prevent melt restriction in process cheese products.

Carbon dioxide injection solubilizes calcium phosphate in milk permeate, preventing mineral fouling on reverse osmosis membranes and thermal evaporators.