Biocide TRIZ Cases

Formula 1 herbicidal amides control vegetation while reducing crop toxicity via parameter changes and local quality principles.

Aqueous decontamination composition using alkyl glycol solvents to maintain stability and efficacy across extreme temperature ranges.

Deuterium substitution at specific molecular positions reduces liver toxicity while maintaining therapeutic effectiveness for pulmonary arterial hypertension.

Inert gas infusion prevents ozone reversion, extending shelf life while maintaining disinfecting efficacy in closed environments.

Applying MX compounds to grapevines increases sugar content without environmental restrictions, avoiding rot risks from noble rot methods.

Atomic Layer Deposition creates durable antimicrobial surfaces without compromising filtration efficiency.

Modular tiglien-3-one derivatives address synthesis complexity by applying segmentation and local quality principles to achieve versatile bioactivity.

Applying organic phosphonate salts in liquid phase modifies wood hydroxyl groups, resolving toxicity trade-offs while maintaining mechanical properties.

Mixes L-glufosinate with VLCFA inhibitors to improve persistence against resistant weeds.

Erodible layer releases phenylephrine in the colon, bypassing upper GI degradation to increase unconjugated bioavailability.

Injections of autologous stem cells with hyaluronic acid promote new connective tissue formation in damaged joints.

A synergistic antimicrobial mixture combines a ketone compound with organic acids to inhibit microbial growth in cosmetic formulations.

Segmented heterocycle ketone structures target specific HDAC subtypes to reduce adverse effects from broad enzyme inhibition.

Two-step ion exchange in phosphorous glass maintains silver ion release and Log Kill efficacy at ambient temperature and low humidity.

Benzylidene camphor derivatives or benzotriazole silicone stabilize colour in fragrancing compositions without alkyl diphenylacrylate recrystallization.

Acacia bark derivatives regulate glucose without adverse side effects, resolving the trade-off between hypoglycemic effectiveness and patient safety.

Polymeric cellulose starch carriers replace peat to eliminate contamination and sterilization costs while sustaining rhizobia viability.

Formula I compounds inhibit USP7 cysteine protease activity, resolving the toxicity and resistance trade-off in cancer treatment.

High terpene citrus oil compositions with surfactants reduce phytotoxicity while maintaining effective pest control activity.

A lip balm formulation combines synthetic ceramides, hyaluronic acid, and peptides to deliver intense moisturization and restore volume.

Segmenting herbicide components into dissolved and suspended phases within an aromatic hydrocarbon solvent prevents sulfonylurea degradation.

A cationic salt of a dioic acid renders organic material hydrophobic to reduce water absorption.

Two-step atomization decontaminates spaces with peroxides while benign spore formers prevent recolonization and neutralize odors.

Pyrimidinone derivatives deliver broad-spectrum activity against ascomycetes, basidiomycetes, and oomycetes while maintaining low phytotoxicity.

Auxiliary electrodes adjust polarity to construct non-uniform electric fields matching pollutant concentration.

A heterocyclic compound composition serves as an active ingredient to control noxious arthropods.

Reducing copper particle size below 5 micrometers increases surface area, accelerating ion leaching to lower waste while maintaining algae resistance.

Adapted MDCK cell lines replicate influenza viruses to high titers in serum-free media, eliminating animal serum requirements and tumorigenicity risks.

Substituted diphenyl ureas inhibit EphB4, VEGFR2, Tie2, and c-Kit kinases to treat angiogenesis diseases.

Incorporating a non-polymeric pH-modifying acid with a pKa below 5.0 protects tolterodine tartrate from heat and humidity-induced degradation.

A stimuli-responsive hydrogel polymer uptakes and stores aqueous disinfectant to release active agents upon moisture interaction.

A biocidal composition using primary amino alcohols and specific agents to inhibit microbial growth in aqueous systems.

Dual chain quaternary ammonium surfactant alters surface energy to enhance penetration of biocidal aldehyde compositions, overcoming biofilm restraints.

Antiviral filament embeds high phase transition agents in polymers to eliminate persistent viral transmission risks.

Specific gaboxadol monohydrate polymorphs eliminate corrosion during production while maintaining bioavailability.

A conformable structured therapeutic dressing maximizes procoagulant surface area using minimal binder and porous particles.

Flumetylsulforim pyrimidinone controls broad-spectrum fungal pathogens while maintaining ecological safety for non-target organisms.

Composite particles of silicate compounds and organic acids suppress drug crystallization, maintaining preparation stability while improving skin permeability.

Cationic polymer films provide residual protection by forming durable, non-toxic self-sanitizing layers that maintain antimicrobial activity after drying.

Additive manufactured caps seal microparticle orifices to control payload release through triggered exposure.

Segmenting carbohydrate sources into fast and slow absorbing components offsets insulin spikes, delaying glycogen depletion during physical activity.

Clofarabine prodrug compounds undergo metabolic conversion to release active drug, improving therapeutic efficacy while reducing side effects.

Coatings co-deposit anodic and cathodic metals to release antimicrobial ions, reducing infection risk while minimizing tissue irritation.

A mold inhibiting composition uses a defoamer to reduce foam during application on wallboard facing layers.

2-Amino-3-methylhexanoic acid activates endogenous immunity to control fungal, bacterial, and viral diseases while mitigating drought and salinity damage.

PEG-coated copper nanoparticles reduce bacterial load and biofilm formation on silicone catheters, lowering infection risk while maintaining biocompatibility.

Arginine salt complex enables intravenous ibuprofen to reduce opioid consumption and accelerate patient recovery.