Animal Feeding Stuff TRIZ Cases

Universal vitamin B1 and D3 enhancers resolve species-specific limitations in dry, semi-moist, and wet pet foods.

A segmented edible treat toy uses a durable spindle and brittle body to maintain angular momentum during spinning.

Laminated potato outer layers eliminate gluten and rice to prevent digestive issues while maintaining teeth grinding durability.

Low-amylose starch chunks prevent cloudiness, maintaining jelly clarity and appealing appearance.

A starch-based flying pet treat uses integral wings to generate aerodynamic lift for airborne retrieval.

Shp316 peptide induces natural competence in Streptococcus thermophilus, enabling non-GMO strain improvement without complex genetic engineering.

Combining marine oil with labyrinthulea biomass in specific ratios resolves the trade-off between fish stock scarcity and animal growth deterioration.

Shear mixing macroalgae with clay creates intercalated organophilic structures, eliminating chemical pollution and reducing process complexity.

Predictive models identify metabolite compounds that increase or decrease neutrophil counts by at least 5% while balancing production costs.

Fermented pig waste silage provides a nitrogen-rich crude protein concentrate for ruminant livestock diets.

Alkali metal sulfites and selenium salts detoxify trichothecenes and zearalenones in forage.

Maleic-itaconic copolymer salts bind ammonia in animal excrement, reducing gaseous concentrations and facility odor without affecting animal health.

Disposable starch chews with air holes induce active mastication, removing plaque while preventing bacterial accumulation in reusable toys.

Low-concentration purple bacteria in feed boost aquatic animal growth and reproduction while lowering production costs.

A freeze-dried high-protein bird food formula combines natural ingredients for stable storage and easy administration.

Extruded hollow tube chews blend animal skin with starch to resolve the contradiction between chew durability and complete digestibility.

Plantago administration alters urine chemistry to slow nitrate production, preventing groundwater leaching.

Low moisture extrusion processing reduces water content below 10% to prevent microbial growth and stabilize flavor profiles during storage.

Segmented high-fat solid feeds bridge the milk-to-solid transition, reducing weaning stress while maintaining weight gain.

Segmenting fields and rotating ducklings boosts weed removal rates while preventing disease transmission.

Modified alpha-galactosidase survives gastric acid to digest legumes, reducing flatulence and improving growth.

A feed additive composition containing diallyl disulfide and nitrate reduces methane production in ruminant stomachs.

Thermal and pressure treatment sterilizes semimoist animal feed in gas-tight packaging, extending shelf life without preservatives.

A water-soluble feed supplement containing short chain fatty acids, inositol, and xylanase improves nutrient digestion in poultry.

Acidifying insect pulp before centrifugation resolves the trade-off between process simplicity and high residual fat content in solid fractions.

Fructooligosaccharide supplementation shifts rumen fermentation pathways to lower methane emissions while maintaining digestive stability.

Concentrated fruit juice replaces glycerin in edible pet chews to act as a humectant and plasticizer, maintaining texture while eliminating chemical additives.

OsNAS2 gene expression boosts nicotianamine to chelate iron, resolving oxidation issues and gastrointestinal toxicity from ferrous sulfate fortification.

In vitro digestion and near-infrared spectroscopy predict residual nutrient concentrations in animal feed.

A pet food composition combines glucose anti-metabolites with selenium to inhibit carbohydrate metabolism.

A fish feed composition enriched with n-3 fatty acids and balanced protein levels supports salmon health through direct nutritional delivery.

Impregnate nutritional supplements into fibrous material to prevent separation during transit and ensure balanced horse nutrition.

Oxidized Camellia extract and specific fiber ratios redirect fermentation to increase lactic acid while reducing hydrogen sulfide levels.

Plant-based composite materials replace rawhide to eliminate contamination risks while maintaining structural rigidity for safe, long-lasting chewing.

A pet food chunk processing method uses disposable casings for mild cooking and subsequent dicing to create sliceable logs.

Combining minimally dewatered algal biomass with porous zeolite eliminates costly centrifugation while preserving omega-3 fatty acids in animal products.

Citric acid preserves livestock blood during vacuum extrusion, preventing rapid decay and improving pellet digestibility.

Fermentation with lactic acid bacteria enhances anti-inflammatory properties to lower RANTES and IL-6 levels in lung injury models.

In vitro Drosera cultivation standardizes extraction to resolve biological variability in poultry feed.

Glycation modifies whey protein structures to reduce IgE antibody responses and hypersensitivity reactions while maintaining nutritional value.