Milk Preparation TRIZ Cases

Mechanical milling reduces coagulated potato protein particle size below 55 micrometers, eliminating gritty mouthfeel and enabling food-grade applications.

Phytoestrogens modify the temporal and flavor profiles of high-potency sweeteners, resolving unbalanced onset and lingering issues.

Segmented heating zones and dynamic power adjustment prevent kernel burning while an air blower separates popped flakes from un-popped kernels.

Lipid acyltransferase modifies milk lipids to prevent creaming and sedimentation during storage.

Edible acid and stabilizer adjust pH in protein beverages to reduce bitterness and extend shelf life of cocoa polyphenols.

A method combining enzymatic cross-linking with microbial fermentation to process food proteins into hypoallergenic hydrolysates.

A temperature probe measures meat heat to calculate an Energy Impulse value representing cumulative thermal energy absorbed during cooking.

A legume albumin and pre-gelatinized starch composition provides emulsifying properties for plant-based food applications.

A continuous pasteuriser uses corrugated tube heat exchangers to process human milk at 72-75°C for 10-20 seconds.

A polysaccharide-whey protein micelle complex slows gastric emptying to modulate nutrient absorption.

Heat pretreatment precipitates calcium from milk before ultrafiltration to produce lactose-free dairy products.

Poly-gamma-glutamic acid shields probiotics from freeze drying stress, maintaining viability in non-milk food matrices.

Extracting lactating cells using marker-based separation resolves environmental sustainability trade-offs while ensuring high purity and safety.

Optimized lactase treatment at 30-80°C reduces lactose to under 5 wt% without degrading taste or mouthfeel quality.

Removing the PSI domain prevents vacuolar targeting, enabling high-volume secretion of active plant aspartic proteases in yeast systems.

Elevated pH and calcium addition stabilize the protein matrix during stretching, preventing proteolytic breakdown of expressible moisture for up to 120 days.

A sweetness modifying composition combines high-intensity sweeteners with low-potency sweeteners to enhance sweetness intensity.

Oral bovine milk exosomes inhibit protein degradation pathways, restoring muscle mass without requiring physical activity.

Lactic acid bacteria ferment milk to produce HICA, HIVA, and HMVA metabolites that support musculoskeletal anabolism and glucose metabolism.

Glycelles integrate casein with adjusted soy protein ratios to resolve coagulation delays and improve digestibility.

Tagatose prebiotics resist human digestion while feeding specific Lactobacillus strains in the intestine.

Recombinant honey proteins increase nutritional content while maintaining palatable taste and mouthfeel.

Thermally inhibited waxy cassava starch maintains viscosity and stability to restore mouthfeel when fat content is reduced.

Bifidobacterium lactis GKK2 alleviates bronchoconstriction and increases liver GSH reductase, addressing ineffective conventional treatments.

Heat-stable whey protein fractions prevent rotavirus infection without vaccine side effects.

Structured triglycerides with sn-2 palmitic acid improve calcium bioavailability and reduce fat mass accumulation in infant formulas.

A dairy-based sugar substitute combines milk proteins with monk fruit extract and stevia to create a natural sweetener composition.

Evaporating micellar casein solutions concentrates protein to 10-20 g per 100 ml without increasing viscosity, ensuring stability and ease of consumption.

Using iPSC-derived mammary organoids to produce authentic human milk, resolving donor scarcity and formula composition limits.

Wolf-origin lactic acid bacteria strains resolve reliability and adaptability contradictions by improving mucus binding and survival in the canine intestine.

Alpha-cyclodextrin gas clathrates replace amorphous porous particles to prevent slow gas escape and extend shelf life.

Steam cooking replaces frying in a steamed cake donut mix to reduce fat absorption while maintaining texture quality and structural stability.

UST treatment modifies protein structure to prevent sedimentation, eliminating synthetic stabilizers.

Amino acid ligands mask metallic taste in iron supplements while maintaining high solubility and bioavailability.

Enzymatic treatment with pepsin and bromelain degrades gluten traces in Penicillium roqueforti cultures, eliminating contamination risks for celiac patients.

Staggered surface recesses increase water contact area in solid milk products, resolving the trade-off between mechanical strength and dissolution speed.

Segmented susceptor islands distribute microwave energy evenly across raw dough, preventing charred edges and undercooked centers caused by uneven heating.

Optimized Lactobacillus strains resolve insufficient recolonization rates by producing hydrogen peroxide and bacteriocins to suppress pathogens.

Periodic heating cycles between 57-61°C remove pathogens while preserving immunologically active constituents.