Milk Preparation TRIZ Cases

Ultrafiltered dairy components and phosphate buffers maintain stability in high-protein coffee concentrates.

Lactiplantibacillus plantarum KD-2 reduces sodium selenite to nano-selenium in buffer solution.

Incorporating 10 to 40 wt.% amorphous sugar into spray-dried dairy powder prevents wet lumps and residue formation during rehydration.

Alpha-lactalbumin addition enables UHT sterilization at 120 to 140 degrees Celsius while maintaining set-type yogurt hardness and flavor.

Selected Lactobacillus rhamnosus DSM 33515 mutants reduce post-acidification while preserving antifungal activity in fermented milk products.

Inactivating beta-galactosidase at low pH preserves galacto-oligosaccharides during storage, reducing lactose for ambient temperature shelf stability.

Siratose formulations mask bitterness and off-tastes, resolving the trade-off between low caloric intake and unpleasant sensory profiles.

A milk processing system separates raw milk into cream and skim fractions to enable precise protein standardization.

Skim milk carries Lactobacillus cell walls to aggregate Helicobacter pylori, resolving the trade-off between treatment effectiveness and consumer acceptance.

Christensenella intestinihominis treats obesity without toxic side effects by degrading cholesterol and producing short-chain fatty acids.

Extruding milk and vegetable protein mixtures creates textured substitutes that replace starch without adding carbohydrates.

Unmodified aewx corn starch retrogrades to form firmer compositions, resolving limited textural differentiation in standard waxy starches.

Adipate-cross-linked waxy cassava starch prevents fruit layer separation in set-style yogurt by enhancing viscosity stability.

Potato protein protease inhibitor addition accelerates microorganism adaptation in fermentation culture media.

Nutritional composition enriched with milk fat globule membrane fractions provides immune-modulating properties to formula-fed infants.

Sulphated polysaccharides prevent acid-induced precipitation and heat degradation through intermediary complex formation.

Segmenting the Maillard reaction into optimized steps resolves low yield trade-offs by allowing distinct conditions for each intermediate formation stage.

Reg3α polypeptide shields oxygen-sensitive gram-positive bacteria from oxidative damage, enabling ex vivo growth without strict anaerobic conditions.

Two-stage homogenization stabilizes fat droplets to prevent settling, ensuring long shelf-life without chemical thickeners.

Spray-dried melatonin powder overcomes low bioavailability and precipitation risks in neonatal injections.

Microfiltration depletes whey protein and lactose from concentrated dairy liquids, preventing gelation and browning during thermal sterilization.

Continuous agglomeration with steam and binder creates porous food powder that dissolves completely in cold liquids without undissolved residues.

A gellan xanthan carboxymethylcellulose blend suspends whole grain particles in beverages.

A bitter-blocking agent derived from cucumber extract modifies the taste profile of edible dips by inhibiting bitter compound binding.

Adding cellobiose reduces low-intensity sweetener concentration while blocking off-tastes and maintaining upfront sweetness.

Segmented microbial communities eliminate contamination risks from traditional kefir grains while maintaining consistent probiotic quality.

A multi-stage filtration process recovers lactose from liquid streams using centrifugal separation, ultrafiltration, and nanofiltration.

Enzymatic hydrolysis converts lactose to glucose and galactose, enabling digestible milk powder while managing processing complexity.

Cow milk fat fractionation combines crystallization with short path molecular distillation to separate saturated fatty acids from unsaturated components.

Dual acidification retains whey proteins to eliminate bitter off-tastes and reduce environmental disposal issues.

Thermally inhibited waxy cassava starch replaces fat sensory attributes by adjusting amylose content and pH levels.

A cold sponge bread method uses freezing storage to preserve dough quality and extend shelf life.

Washing raw cream reduces non-fat dry matter before churning, yielding buttermilk with higher phospholipid content for improved nutritional value.

Specific Lactobacillus strains replace chemical drugs to control hyperglycemia without causing hypoglycemia or gastrointestinal side effects.

Combining nisin and natamycin extends processed cheese shelf life while replacing artificial preservatives like sorbic acid.

A cheese powder preparation process adjusts dairy blend fat and protein contents before renneting, coagulation, and functionalization to yield a stable reconstitutable product.

A spreadable food preparation containing a cream cheese component and a fruit preparation arranged as contiguous volumes that do not mix.

A method produces concentrated acid-gellable whey protein aggregates via controlled pH and heat treatment.

Enzymatic milk protein composition reduces viscosity in food products.

Enzymatic treatment of cocoa pulp extract reduces viscosity, enabling natural sugar substitution in chocolate while preserving organoleptic attributes.

Controlled radio frequency heating achieves high sterility confidence in milled products without denaturing product functionality.

Periodic soy sauce addition during moromi mash fermentation achieves high nitrogen content and rich flavor while preventing yeast inhibition.

Phospholipase enzyme treats shredded natural cheese to produce heat-stable products with improved meltability.

Desferrichrysin binds iron into stable ferrichrysin complexes, preventing bathochromic shifts in phenolic chromophore compounds during fortification.

Alpha-amylase breaks down oat starch to create creamy yogurt texture, avoiding soy phytate interference with mineral absorption.

High temperature short time heating of skimmed milk preserves whey protein integrity while extending shelf life.

Liquid probiotic syrup formulation uses bacterial spores to maintain cellular viability at ambient temperatures, eliminating fermentation and odor issues.

Heat treatment creates protein aggregates that prevent gelation and sedimentation during storage.