Animal Feeding Stuff TRIZ Cases

An animal feed supplement with organosulfur and phenolic compounds reduces methane emissions while increasing nutrient availability for livestock.

Segmentation isolates specific resistance alleles on chromosome 3, eliminating linkage drag that otherwise degrades plant quality and yield.

Extruded pea starch particles replace methylcellulose in plant-based meat analogues, improving texture and juiciness without chemical synthesis.

A pet food composition uses specific metabolites to modulate organic matter, dry matter, fiber, energy, fat, or protein digestibility in companion animals.

Eugenol and tea tree oil in drinking water reduce mortality rates by targeting the intestinal tract without causing bacterial resistance.

Blanching insect larvae in hot water followed by ice water homogenization produces a liquefied feed material with controlled viscosity.

Basic treatment solubilizes citrus peels, followed by catalytic oxidation to reduce organic load and eliminate essential oils.

Steam treatment breaks down cell walls to reduce antinutritional factors in flax seeds.

Lignosulfonates protect ethoxyquin from acid degradation, maintaining antioxidant performance in acidic silage.

Deep eutectic solvents extract lipophilic compounds from biological materials via hydrotropic aggregation, eliminating volatile organic solvent emissions.

Co-extrusion creates a composite structure that prevents moisture transference between dry and semi-moist layers, eliminating texture degradation and oxidation.

Continuous extrusion merges Maillard reaction and lipid oxidation steps, resolving the trade-off between flavor stability and process complexity.

Segmenting inbred line development from hybridization resolves genetic uniformity versus diversity trade-offs, ensuring predictable performance.

Controlling sulfur levels below 0.35 g/L resolves the trade-off between bacterial growth and L-threonine yield, maximizing accumulation.

A method calculates safe cannabinoid concentrations in animal feed rations using daily metabolizable energy requirements and body weight.

Hybrid corn variety CH471541 resolves genetic non-uniformity through controlled cross-pollination and preliminary action.

Hydrophobic silica extracts lipids from microalgal biomass without organic solvents or high salt concentrations, preventing equipment corrosion.

Merging xylanase and chito-oligosaccharides resolves the contradiction between feed costs and energy utilization by improving nutrient digestibility.

Solid-cultured Aspergillus products enhance eggshell strength, yolk color, and Haugh unit through improved nutrient absorption.

Vacuum coating protects freeze-dried probiotics within a fish oil layer on kibble, maintaining viability during storage.

Red Osier Dogwood extract replaces silage in livestock diets to promote growth while reducing antibiotic use through antioxidant-rich formulations.

Modified yeast eliminates ergosterol antinutrients while producing beneficial sterols to improve bee brood production and longevity.

Granules replace corn and soy with resilient Canna indica rhizomes, reducing fertilizer dependency while maintaining nutritional value.

Novel metalloproteases retain activity across pH and temperature ranges.

Syneilesis palmata extract activates macrophages to increase nitric oxide and cytokine levels, avoiding chemical toxicity.

Polycarboxylic acid metal salt complexes eliminate volatile fatty acid odors while maintaining nutritional value for ruminants.

A pet chew toy embeds a second material into blind holes within a first material body to create varied textures.

Fluidized bed drying of amino acid broths removes residual moisture and increases bulk density, solving stickiness issues from high throughput.

A starch-based edible animal chew utilizes a spongy matrix structure to extend chewing duration and clean teeth.

A feed supplement containing indole-3-acetic acid and beta-glucans enhances reproductive health in female animals.

A hydrolyzed lecithin composition with optimized lysophospholipid ratios enhances lipid emulsification in animal diets.

Granulated phosphate composition incorporates phytase to liberate organic phosphorous while eliminating uneven distribution issues from separate ingredients.

A biometric design method tailors oral pet product texture and shape to specific dog skull types.

Fermented microbial biomass provides high protein and DHA concentrations as a sustainable feed ingredient.

Replacing finite marine fish oil with Schizochytrium-derived omega-3 fatty acids increases supply to meet global animal feed demand.

Charcoal-infused feed pellets reduce foam formation and nutrient leaching, increasing larval survival rates in aquaculture hatcheries.

Co-processed polyvinyl alcohol graft copolymer with vinylpyrrolidone-vinyl acetate creates flexible, rapidly dissolving film coatings.

A digital passport links decentral identifiers with environmental attributes in food supply chains.

Optimized lignin content in cat food promotes hairball elimination while maintaining food preference and nutritional balance.

CV355838 corn breeding applies segmentation and preliminary action to resolve the contradiction between trait combination and performance predictability.

High oleic sunflower grains combined with dried chicory root powder reduce drip loss by at least 5% and decrease boar taint perception.

Oil-coated inclusions match kibble density while curved edges interlock to prevent segregation during transport.

Fermented fish byproduct matrix preserves heat-sensitive nutrients, resolving trade-offs between physical stability and nutritional absorption.

SCV967592 canola line resolves genetic uniformity and disease resistance trade-offs via segmented breeding protocols.

Pre-expanded starch particles form a porous polymeric mass that resists bite force while remaining digestible and low in calories.

Composite structure resolves manufacturing simplicity versus consumer appeal by optimizing moisture levels for texture and odor concealment.

Spray drying deprotonated hop acid salts within a starch matrix prevents degradation during storage and feed pelleting.

Alkaline endopeptidase hydrolyzes animal viscera to produce palatable pet food digests, avoiding bitter peptides from excessive protein breakdown.

Extraction removes oil and alcohol-water-soluble substances from macauba pulp, avoiding chemical modification costs while achieving bright color.