Plant Growth Regulators TRIZ Cases

Cellulose nanocrystals in plant starter plugs absorb and retain water vapor to sustain germination with less watering and chemical use.

PPO-inhibiting compounds ripen sugarcane while preserving return crop yields and controlling weeds.

Using intermediary safener compounds reduces clomazone drift damage to non-target plants, increasing crop yields and emergence rates.

Antifoam agents reduce surface tension to resolve the contradiction between storage stability and wettability in solid biopesticide formulations.

Combining diamide insecticides with plant health additives overcomes resistance development and low water solubility issues in agrochemical formulations.

Cyclohexanedione derivatives resolve the trade-off between yield and functional component content by applying specific chemical parameters to solanaceous crops.

Prodigiosin triggers HSP70 degradation via ubiquitination, activating plant immunity against potato virus Y.

A turfgrass colorant composition combines fosetyl aluminum with Pigment Green 7 to deliver natural-looking green hues.

Hydroxycinnamic acids replace unknown nucleobase mechanisms to significantly increase root nodule volume and plant biomass production.

Polyethylene glycol composition prevents russetting and cracking on fruit epidermis, replacing toxic sulfur treatments to extend storage life.

Alkaline hydrolysis produces a yeast-derived material that increases plant tolerance to drought and heat without conflicting physiological responses.

Merges a triazole fungicide with a growth regulator to resolve the contradiction between disease control and crop yield enhancement.

Merging herbicidal and fungicidal compounds into synergistic mixtures resolves the contradiction between pest control reliability and crop productivity.

Optimizing polypropylene oxide molecular weight and polyethylene oxide content in the block copolymer prevents sediment formation and oil droplet coalescence.

Tetrahydropyridazine compounds improve drought resistance and crop yield while reducing nitrogen fertilizer dependency through enhanced root architecture.

Watering flowering plants with D-ribose solutions overcomes carbohydrate depletion stress to stimulate reliable blooming.

Combines pyraclostrobin with prohexadione calcium and mepiquat chloride to enhance plant health through synergistic action.

Applying a specific ratio of abscisic acid and malic acid resolves unpredictable growth regulator effects to improve drought tolerance.

A Laminaria algae and glutamic acid composition stimulates plant nitrogen metabolism to enhance crop yield.

Replacing flammable solvents with polyethylene glycol eliminates volatile organic chemical emissions while maintaining high gibberellin solubility.

Composite chitosan formulation stabilizes antimicrobial effects while boosting plant resistance against diseases.

Higher aliphatic alcohol upregulates phenylpropanoid metabolism to increase lignin, extending shelf life while managing preparation complexity.

A GABA-based composition promotes lateral growth and increases flower density in plants.

Diuron thins fruit by inhibiting photosynthesis, avoiding plant damage from traditional hormonal agents.

Maleic hydrazide overcomes widespread herbicide resistance in black grass by reducing vigor, seed production, and biomass while protecting cereal crops.

Solid paraffin wax prevents premature cyclopropene diffusion across phase boundaries, ensuring reliable plant treatment efficacy.

An organic microgranule formulation with plant tissue reduces oxidative stress to improve water use efficiency under drought conditions.

Trace single L-amino acids trigger metabolic signaling to boost crop yields, resolving the contradiction between high fertilizer costs and limited efficacy.

Superoxide dismutase enzyme application triggers endogenous antioxidant defense systems to maintain plant productivity under oxidative stress conditions.

Formula I compounds enhance GA-DELLA pathway activity, increasing root and shoot growth while avoiding gibberellic acid instability.

Applying glutathione compositions regulates cellular redox states to boost sugar concentration, bypassing complex cultivation infrastructure.

Replaces toxic CIPC with clove and mint oils, achieving superior sprout inhibition while reducing consumer toxicity risks.

A water-based spray combines prohexadione calcium and prothioconazole to reduce stem length in crops.

Pelargonic acid and nonionic surfactants disrupt sucker cell membranes to inhibit growth, replacing hazardous chemicals that damage plants.

A honey-based rooting gel composition combines symbiotic fungi with plant cuttings to promote root initiation and enhance growth.

Introducing hydrophobic groups onto starch nanoparticles enables effective agrochemical delivery by overcoming poor absorption on waxy leaf surfaces.

A seed coating using guar hydroxypropyltrimonium chloride accelerates plant growth and biomass accumulation.

Terpenic alkoxylates boost agrochemical bioavailability via synergy, lowering application rates while maintaining pest control efficacy.

Anthranilic acid and agrochemical additives create composite formulations that maximize crop yield potential while suppressing apical dominance.

Applying gibberellin 3 to corn foliage during early vegetative stages reduces yield losses from cold temperature damage.

A Fictibacillus enclensis and biochar composite inoculum increases shoot length and fruit weight through autonomous nitrogen fixation.

Liquid acid whey accelerates progamic phase speed to maintain fertilization success despite temperature fluctuations.

A strobilurin derivative compound promotes plant growth through targeted chemical treatment.

Phosphoric acid protonates PQQ nitrogen while diammonium phosphate creates a buffer system to prevent settling and extend shelf life.

Replacing chemical fertilizers with elicitor-based plant activators boosts cotton yield while eliminating soil contamination from synthetic agrochemicals.