Biocide TRIZ Cases

Tokenizing amino acid sequences with a pre-trained BERT model identifies key functional residues, reducing laboratory screening time and cost.

Indolyl isoquinoline compounds inhibit Rad51 multimerization, restoring sensitivity to BCR-ABL inhibitors in imatinib-resistant CML cells.

A 1-phenyl-3-carbamoyl urea compound acts as an active ingredient in agricultural formulations to manage plant diseases.

Solvent exchange and cooling transform amorphous tigecycline into stable crystalline forms, resolving poor flowability and dissolution issues.

Malonamide compounds featuring monocyclic heteroaromatic rings deliver targeted herbicidal activity against unwanted vegetation.

A rodenticide composition uses a dehydrant and water-absorbent carrier to kill rodents.

A solid carrier coated with a potassium salt of a herbicidal carboxylic acid provides free-flowing granules.

Modifying molecular parameters of sulfonamide compounds increases binding affinity to target ion channels while reducing off-target side effects.

Manganese(III) porphyrin complexes resolve oxygen dependence limitations by killing bacteria in anoxic tissue areas.

Calcium-free phosphate binder resolves cardiovascular risks from excess calcium while maintaining essential mineral intake.

Dual kinase inhibitors block VEGF and PDGF receptors, resolving insufficient efficacy from single-target therapies in diabetic retinopathy.

Oral lipids trigger cholecystokinin release to form intestinal vesicles that excrete liver triglycerides, bypassing contraindicated medications.

An ethylene copolymer binder combined with a wax lubricant reduces seed dust drift while enhancing flowability through planting equipment.

A synergistic microbicidal composition combines specific phenolic compounds with terpene alcohols to achieve rapid microbial inactivation.

Alkaline isomerization with basic ion exchange resins converts glucose to D-psicose, reducing browning and purification costs.

Microfluidizer processor reduces insoluble collagen particle size to prevent precipitation and maintain biological activity during long-term storage.

A veterinary feed additive combines insect growth regulators with microminerals to control ecto- and endoparasites in cattle.

A Trichoderma harzianum extract formulation promotes plant growth and provides fungicidal activity through foliar application.

A herbicidal combination of saflufenacil, an organophosphorus herbicide, and an arsenical herbicide delivers synergistic weed control efficacy.

Novel Nylanderia fulva virus biopesticide kills target ants while sparing beneficial species.

Pre-packaging psyllium husk in breathable jute bags limits inorganic bromide residue below 50 ppm while eliminating khapra beetle infestations.

Regioselective deprotection of protected glutathione by alkaline phosphatase selectively protects normal cells from chemotherapy toxicity.

Carboxamide active compound combinations resolve low application rate limitations by merging specific fungicides to achieve synergistic disease control.

A chlorine dioxide gas generating agent pack uses a water-absorbent resin to trigger gradual gas release from chlorite powder.

Soybean event pDAB8264.44.06.1 stacks aad-12, 2mepsps, and pat genes to overcome glyphosate-resistant weeds while maintaining crop safety.

A Streptomyces graminearus oil suspension uses carrier oil to stabilize spores and enhance germination rates.

Associative polyelectrolyte complexes create composite surface treatments that resist microbial challenge and soiling without sticky residue.

Balanced peroxy and inhibitor ratios deliver rapid kill while protecting ferrous metals from corrosion.

Boronic acid compounds inhibit proteasome activity to resolve effectiveness and specificity trade-offs in cancer treatment.

A nonionic surfactant mediates between cationic biocides and anionic latex polymers to prevent precipitation while maintaining stability.

A sequential one-pot protocol merges cycloaddition with in situ acylation, simplifying complex synthesis protocols for opioid receptor modulation.

Combining pyriofenone with bixafen creates a fungicidal composition that overcomes the limited residual effect of single-agent treatments.

Formulation establishes specific concentration ranges for tamanu oil to resolve manufacturing precision constraints while maintaining therapeutic efficacy.

Polyalkylene carbonate and glycol components adjust evaporation kinetics, resolving the contradiction between aerial efficacy and airborne duration.

Composite azole fungicide reduces chemical dosage while maintaining disease control and lowering environmental toxicity.

Continuous withdrawal of low boiling point aromatic carbonate ethers prevents polymerization reactivity loss and discoloration.

Crystalline esylate salts of benzodiazepines resist deliquescence at elevated temperatures while maintaining chemical purity.

Calcium chelating agents bind free ions in a phosphate-free ophthalmic formulation, preventing calcium phosphate deposits on the cornea.

A bone marrow aspiration kit uses sucrose gradient centrifugation to rapidly concentrate stem cells for immediate surgical re-implantation.

Specific CCXCKR2 inhibitors block SDF-1 binding to reduce breast cancer metastasis while minimizing side effects on lymphoid cells.

Stable synthetic semiochemical blends replace perishable food lures, extending operational duration and reducing replenishment labor costs.

Pyrimidine analogue and immunomodulator combinations reduce inflammatory side effects while enhancing anti-tumour immunity through balanced Th2 downregulation.

A fungicidal composition combines cyclic depsipeptides with multi-site inhibitors to deliver broad spectrum activity against diverse phytopathogenic fungi.

Riboflavin photosensitizers degrade volatile herbicides via photo-oxidation, reducing vapor injury to sensitive plants.

Formula I compounds resolve low sustained virologic response rates by targeting the NS5B protein to enhance inhibition efficacy and reduce severe side effects.