Inorganic Active Ingredients TRIZ Cases

Compound 1 targets DNA-PK to overcome limited efficacy and specificity of current protein kinase inhibitors in lung cancer treatment.

A sucking pig feed supplement combines glycerol tri butyrate and zinc oxide on an inert carrier to enhance immunity.

High flow rate through a hollow cylinder nozzle breaks down water clusters, resolving unpredictable bioavailability in aqueous compositions.

Dry gas flows across nasal turbinates to evaporate water, removing heat while an intermediary water layer prevents tissue over-drying.

Automated air evacuation system uses sensors to trigger UV disinfection and fluid filtration for sanitary waste room environments.

Polyvinylpyrrolidone film forms a protective barrier on wound surfaces to prevent microorganism entry into tissues.

Jumonji C demethylase inhibitors block DNA repair mechanisms in chemotherapy-resistant NSCLC cells, preventing drug-resistant clone emergence.

A glucomannan and magnesium powder solution sustains molecular hydrogen levels in aqueous systems.

Acetate and HDAC inhibitors regulate gene expression to produce uniform SC-islet clusters with reduced immunogenicity for diabetes therapy.

A zinc lactobionate composition penetrates the stratum corneum to sustain skin pH reduction.

Alpha-hydroxy acids facilitate nitric oxide penetration through the skin barrier, resolving poor efficacy and irritation trade-offs.

A topical pharmaceutical composition merges antimicrobial compounds with tissue regeneration elements to treat skin conditions.

A multicomponent composition activates Nrf2, NRF1, and NAD pathways using synergistic ingredient combinations.

Administering a PD-1 axis binding antagonist to patients with elevated blood tumor mutational burden scores improves progression-free survival.

miR-3132 upregulates TRAIL via interferon signaling, resolving hepatotoxicity trade-offs by selectively targeting cancer cells.

Silencing UCHL1 restores chemotherapy sensitivity by disrupting mutant p53-mediated oncogenic signaling and proteasome regulation.

Hypoxylon truncatum extract stereoisomers prevent cisplatin-induced apoptosis, preserving renal function during anticancer therapy.

Biocompatible ice slurries cool peripheral nerves to 5°C, providing reversible pain relief without permanent tissue damage.

A seven-gene mRNA assay predicts adjuvant chemotherapy benefits in non-small cell lung cancer patients.

Combining a SMARCA2 degrader with gemcitabine achieves deeper tumor growth inhibition in SMARCA4-deficient models than either agent alone.

Segmented nitrite and acid layers in a skin dressing generate therapeutic nitric oxide while minimizing harmful nitrogen dioxide by-products.

PPARA activators and SGLT2 inhibitors minimize phospholipid accumulation in renal cells to mitigate nephrotoxicity and metabolic disorders.

Targeted delivery of cisplatin via a malonate linker increases drug concentration in LHRH-positive tumors while reducing systemic toxicity.

Polyvinyl alcohol film matrix stably incorporates high concentrations of oily substances without phase separation.

Formulation replaces synthetic NSAIDs with standardized natural extracts like boswellia and curcumin to reduce inflammation while maintaining safety.

A nasal hygiene composition combines chlorine dioxide and unsaturated fatty acids to disinfect and moisturize passages.

Microwave activation of copper cysteamine nanoparticles overcomes inefficient reactive oxygen species production, enabling effective tumor reduction.

Combining ATR inhibitors with cytostatic agents overcomes resistance and adverse events by leveraging synergistic effects to improve therapeutic efficacy.

Parallel coil layers with an air gap produce a corrective B1 field that reduces hot spots and specific absorption rate across multiple axial slices.

Tolerogenic dendritic cells pulsed with autoantigenic peptides induce antigen-specific tolerance, addressing refractory patient responses and systemic toxicity.

GW501516 and zinc sulfate stimulate elastin and collagen synthesis to strengthen vaginal tissue without estrogen-related cancer risks.

A bioenergy generator combines natural stones, sand, metals, and water to produce a comprehensive energy field.

Lyophilized albumin coats mineralized bone allografts to create a scaffold supporting mesenchymal stem cell attachment.

In situ reactant mixing on skin generates nitric oxide for transdermal absorption, avoiding the cost and tolerance issues of bottled gas or oral supplements.

Stretched DNA strands with marked damage sites enable sensitive detection of repair events.

Carrageenan and pectin replace gelatin in chewable simethicone compositions, eliminating contamination risks while maintaining structural integrity.

STAT3 inhibitors block the JAK/STAT signaling pathway to overcome chemotherapy resistance and prevent metastasis in ovarian cancer.

An emulsion system positions functional ingredients within specific micro-environments to balance cognitive benefits against taste and texture acceptance.

Soluble gold compounds penetrate dense tumor stroma and reduce in situ to enhance radiation sensitivity while sparing healthy tissue.

Quantifies VCP phosphorylation at Ser784 using specific antibodies to predict patient responsiveness to genotoxic cancer therapies.

A phosphatidylcholine carrier forms liposomes to deliver peptides and nitric oxide transdermally.

Targeted antibody-drug conjugate delivers cytotoxic payload to CDH6-expressing tumors, resolving systemic toxicity and overcoming chemotherapy resistance.

Mutated 12G4 antibodies bind AMHR-II receptors to potentiate carboplatin effects, reducing tumor volume while minimizing systemic side effects.

A nitric oxide foam formulation uses a surfactant to control gas release rates for topical application.

Phospholipid micelles solubilize non-polar cannabinoids in aqueous sprays, resolving solubility-dose contradictions while boosting bioavailability.

Detecting templated insertions selects patients benefiting from PARP inhibitors, avoiding unnecessary side effects in non-responders.

A dietary composition combining orthosilicic acid, vitamin K2, polydatin, and curcumin to stimulate osteogenic markers.

A porous liquid coating uses hollow spherical nanoparticles to provide thermal insulation.

A wound treatment enclosure system modulates gas mixture composition and flow rate to maintain optimal healing conditions.

Modified nano-silica gel reduces toxin excretion by sows, creating a safer environment that lowers piglet mortality from PED virus infection.