Animal Feeding Stuff TRIZ Cases

NPJC6794 inbred maize line enables F1 hybrid seed production, resolving yield and uniformity trade-offs via segmentation.

Curdlan increases stool volume by adhering water, facilitating intestinal cleansing after antibiotic treatment.

Transglutaminase and ascorbic acid modify surimi proteins to maintain firmness despite reduced material content.

Acid-treated isolated soybean protein removes protease inhibitors to boost digestion efficiency while maintaining muscle mass during fat reduction.

Gelatinized rice starch enables micronutrient penetration through high-speed particle infusion, preventing surface oxidation and nutrient loss during storage.

A propolis-enriched pet food composition modulates metabolism to reduce food intake while increasing body weight in companion animals.

Membrane filtration isolates lysine filtrate from fermentation sludge, enabling standardized granule drying and coating to resolve component variability.

Lipid bilayer encapsulation prevents taurine dissipation in water, ensuring stable availability for aquaculture larval fish.

Twin-screw extrusion of casein blends yields flexible filaments with 30 to 80 MPa tensile strength, solving brittleness in edible protein fibers.

Acid swelling isolates collagen fibers from waste hides, enabling dehydration and cross-linking to resolve brittleness in reprocessed rawhide.

Pedigree breeding segments parental line development to resolve contradictions between amylose content maintenance and agronomic performance consistency.

Disulfide bonds in a cross-linked protein matrix preserve soft texture while preventing spoilage without added preservatives.

Cold alginate gelation prevents Maillard reactions and nutrient loss during sterilization.

Controlled soaking softens the bran layer to enable complete starch gelatinization during normal pressure cooking, resolving hardness issues.

Enzymatic digestion of blood and feathers creates customized animal feed additives with optimized amino acid profiles.

Mechanical dewatering transforms wet brewery waste into shelf-stable animal feed while reducing disposal costs.

A composite feed composition uses sprout extracts and probiotics to activate intestinal beneficial bacteria in companion animals.

Steeping dehydrated proteinaceous food creates broth and mash, improving digestibility and hydration for picky or elderly pets.

Post-form rollers impart undulations onto extrudate surfaces to create natural textures.

Microorganism and silicate silage additive reduces methane emissions and detoxifies mycotoxins.

Quinoa grain diet increases Lactobacillus and bifidobacteria levels, avoiding live microorganism inactivation during food processing.

High-shear treatment modifies plant protein particles to create natural binders with enhanced texture and structural integrity.

A protein treatment method separates solid components from liquid condensate during drying to improve palatability.

High-pressure ultrasonic energy generates micro-pores in rice kernels, enabling seasoned steam to penetrate the grain interior and lock flavor inside.

Extruded porous feed granules enveloped by oil-fat coating layers retain probiotics and vitamins for sustained intestinal health support in dogs and cats.

A pet food feeding system uses consistent total dietary fiber to fermentable fiber ratios across multiple formulations.

Soaking, steaming, drying, flattening, and expanding cereal grains gelatinizes starch and modifies dimensions for rapid cold-water cooking.

Aqueous enteric coating formulation with plasticizers and glidants prevents cracking and stickiness in softgel capsules.

A cold extruded bird feed product features a high-fat inner core encapsulated in an edible outer shell.

Steam-jacketed tubes heat animal slurry to separate fat from protein, reducing energy consumption and impurities in rendering.

A staged enzyme hydrolysis method creates a universal palatability enhancer for pet food.

Dry pet food granules combine soybean protein with raw meat and oil to create stable compositions despite high meat content causing yield issues.

Applying protein hydrolysates combined with nucleotides to fish feed pellets improves palatability despite declining fish meal availability.

Repeated cooking and decantation cycles yield 95% protein powder with under 5% fat, resolving the trade-off between simple processing and high concentration.

A solid feed supplement bolus containing acidogenic calcium and dried active yeast particles.

Directed evolution creates a recombinant thermostable serine protease that retains activity at high temperatures and varying pH levels.

A non-ketogenic food composition with a protein-to-carbohydrate ratio of at least 2:1 enhances metabolic health.

A feed additive composition combines direct-fed microbial strains with protease to enhance nutrient digestibility.

Small particle size yeast extract supplement bypasses rumen fermentation to deliver undegraded protein directly to the intestines.

A multi-step optimization method segments manufacturing processes into discrete subgroups with specific variables and constraints to determine optimal ingredient amounts.

CV062333 corn variety applies male sterility and segmentation to resolve genetic non-uniformity from cross-pollination.

Extruded puffed granules with controlled moisture and hardness enhance gastric softening for improved nutrient absorption.

Novel yeast silage inoculants enhance ruminal fermentation while preventing aerobic spoilage and dry matter losses in stored feed.

Composite extrusion replicates natural chew durability while reducing material costs.

NUN 7201 WMW watermelon variety eliminates pollenizer requirements via parthenocarpy for consistent seedless fruit quality.

Extruded collagen-based finned tubular chew resolves rawhide digestive discomfort while maintaining extended chewing duration.

Edible components eliminate choking hazards from ingested toy parts.

Microbial hosts express recombinant animal proteins to deliver complete amino acid profiles without the resource intensity of conventional livestock farming.

Replacing antibiotics with cinnamon, thyme, and oregano essential oils reduces oxidative stress while maintaining productivity.

Segmented food groups and parameter changes create a palatable animal feed that mirrors human consumption for controlled disease studies.