Biocide TRIZ Cases

Modulating the solvent ratio in microcapsule suspensions adjusts release rates, resolving contradictions between slow diffusion and biological efficacy.

Azo-substituted pyridine derivatives inhibit hepatitis C virus replication through optimized molecular binding.

Strigolactam derivatives inhibit Orobanche seed germination while promoting crop growth, resolving the trade-off between efficacy and selectivity.

Recovered polysaccharides from Radix Astragali enhance cytokine production, reducing chemotherapy toxicity while maintaining treatment efficacy.

Oral amino acid supplement stimulates pituitary gland to release growth hormone, replacing invasive injections with a convenient and safe nutritional approach.

Phosphatidylserine activates PPAR-a receptors to reinforce skin barrier function, suppressing inflammatory responses without glucocorticoid side effects.

A pesticidal composition combines a synthetic nodulation agent with an insecticide to promote plant growth and vigor in leguminous crops.

A computer-implemented method selects sensor arrangements to genotype relevant harmful organisms using crop and region data.

Segmentation and parameter changes optimize pyrrolotriazine kinase inhibitors for cancer therapy while reducing manufacturing complexity.

Optimizing temperature and time parameters for heating aqueous antiseptic solutions preserves chemical purity during sterilization.

Yeast cell walls with high glucan and mannan content regulate insulin levels through enzymatic extraction.

Formula I compounds inhibit arachidonate 5-lipoxygenase, reducing adverse side effects and dosing complexity in asthma treatment.

Dissolves alkoxylated alcohol adjuvants directly into the aqueous phase, eliminating pre-mixing steps and reducing handling time.

Substituted cyclopentene compounds treat glaucoma and prevent vision loss by lowering intraocular pressure through enhanced aqueous humor drainage.

Carbamoyl-substituted spiro derivatives act as histamine H3 receptor antagonists to regulate neurotransmitter release.

Merging biological control agents with synthetic fungicides reduces chemical residue while maintaining disease control effectiveness.

Inverting traditional methods, the scaffold triggers in vivo stem cell differentiation to eliminate lengthy processing and oncogene risks.

A pesticidal composition containing a spiroheterocyclic pyrrolidine dione compound combined with a plant growth regulator.

Replacing alkylamine surfactants with alkoxylated glycerides balances herbicidal efficacy against eye irritation and aquatic toxicity.

Pyrimethanil and dithianon co-crystals prevent suspension concentrate solidification by establishing a stable 1:1 molecular arrangement.

Deuterium substitution strengthens carbon bonds in rigosertib to slow metabolic breakdown and enhance therapeutic efficacy.

FANA antisense oligonucleotides inhibit bacterial growth in psyllids, reducing Huanglongbing transmission without environmental toxicity.

Granular agrochemical formulations combine active ingredients with specific surfactants to prevent moisture absorption and maintain storage stability.

Pyridine-based S1P1 agonists reduce circulating T and B cells through selective receptor modulation, avoiding generalized immune suppression.

Segmenting application into vegetative and reproductive phases with tailored hormone ratios reduces product waste while maximizing biomass accumulation.

A clay-based adjuvant formulation stabilizes spray syrups by reducing surface tension to enhance pesticide wettability.

Combines proton pump inhibitors with immune tolerance agents to regenerate beta cells.

A pharmaceutical composition combining ibuprofen and famotidine maintains gastric pH above 2.5 for extended periods.

Macrogol glyceride excipients solvate benzothiazole derivatives to overcome poor bioavailability in autoimmune treatments.

PreS1-immunoglobulin fusion proteins block HBV attachment to prevent drug resistance, and lentiviral vectors enable targeted gene therapy for hepatocytes.

Structured surfactant systems suspend water-insoluble pesticides, preventing sedimentation and phase separation across varying temperatures.

Penultimate branching blocks omega oxidation, preventing rapid liver metabolism and extending antiviral duration.

Substituted pyrazole compounds containing pyrimidinyl structures provide targeted protection against agricultural pests and pathogens.

A catalytic dressing generates oxygen at the skin surface to penetrate deeper tissues without compressed gas.

Novel Formula I compounds inhibit cholesteryl ester transfer protein to raise high-density lipoprotein cholesterol levels.

Polymer coated potash granules slow potassium release rates, reducing leaching losses and application frequency.

Tetrakis(hydroxyorgano)phosphonium salt and hydantoin biocide composition delivers fast kill and long-term preservation in subterranean treatments.

Replacing toxic nanoparticles, self-assembling DOPA-X peptide coatings eliminate health risks while delivering over 99.9% viral reduction.

Polycarboxylate and taurate additives inhibit hydrate crystal growth, preserving sprayability of Cloquintocet-mexyl granules.

Melamine-formaldehyde microcapsules reduce iodopropargyl leaching rates, maintaining fungicidal effectiveness while lowering environmental burden.

A phtalocyanine additive regulates polymeric matrices to retain piperonyl butoxide through specific chemical interactions.

Azaindole compounds inhibit protein kinases via specific structural modifications to overcome resistance in refractory cancer cases.

Novel antiviral compounds target the HCV NS5A protein to overcome genetic heterogeneity and mutation resistance in Hepatitis C treatment.

A novel decenal mixture provides high-strength fragrance properties using specific isomer ratios.

Dehydrosulphurenic acid from Antrodia cinnamomea inhibits tumor growth by inducing mitotic catastrophe, addressing resistance to conventional therapies.

A granular composition uses sugar and polyvinylpyrrolidone to rapidly dissolve in water.