Organic Non-Active Ingredients TRIZ Cases

EPA ethyl ester dosing lowers cardiovascular event risk in statin-treated patients without raising LDL-C or non-HDL-C levels.

A mixed amorphous-crystalline curcumin composition improves solubility, pH stability, and oral bioavailability for osteoarthritis support.

Topical betulinic acid raises corneodesmosin expression to strengthen skin cell adhesion and reduce keratinocyte shedding.

Bioorthogonal TCO conjugation directs monomethyl auristatin E to cancer sites, improving efficacy while limiting non-specific binding.

A Hamelia patens topical extract helps revise scars where conventional treatments fall short, including darker skin prone to pigment changes.

Limonene dissolution and cosolvent blending keep C60 uniformly dispersed in lubricant, cutting prep time while reducing friction, wear, and agglomerate damage.

Defined amino acid linker structures stabilize carrier-therapeutic conjugates against protease cleavage, lowering toxicity while preserving efficacy.

This case uses pH 6.0–6.7, excipients, filtration, and sterilization to stabilize roflumilast ophthalmic suspensions.

Hydrophobic compounds create a dry, low-water-activity topical composition that keeps probiotics viable for six months at 25°C/60% RH.

Film-forming copolymer creates barrier against salivary flushing, extending therapeutic agent contact time with aphthous ulcers.

Removing PCB contaminants from shark liver squalene via purification prevents immune response inhibition in vaccines.

Sugar-derived lipid nanoparticles encapsulate mRNA, resolving delivery efficiency bottlenecks while maintaining therapeutic reliability.

Menthyl nicotinate topical formulations deliver intense stimulation without skin irritation or reddening.

A Chinese medicinal ointment combining Sarcococca vagans and mint to treat skin diseases.

A polymeric topical spray forms a bioadhesive film on skin to deliver active agents in two distinct concentration peaks.

A solid lubricant disk melts at body temperature, eliminating messy application and leakage risks.

Undissolved organic magnesium salts in a viscous gel suspension eliminate crystallization risk and avoid synthetic preservatives.

A peptide linker with self-immolative groups enables controlled drug release from antibody-drug conjugates.

A branched linker structure couples active agents to antibodies via primary and secondary linkages.

Vardenafil transdermal composition utilizes specific surfactant enhancers to increase drug absorption through the skin barrier.

Formulation achieves high storage stability for pyrrole carboxamide by specifying precise lactose hydrate particle sizes and monohydrate crystal forms.

A biocompatible polymer alloy with dispersed microcrystals provides malleable handling and adhesive properties for medical implants.

Sodium diacetate stabilizes asenapine permeability in patches, resolving volatility issues from traditional organic acids.

Composite walls resist moisture diffusion to mask bitter tastes while enabling controlled payload release in oral formulations.

Lipid emulsified systems deliver antihistamines and sulforaphane to overcome pancreatic cancer drug resistance while reducing toxicity.

Non-crosslinked polyacrylic acid polymers act as vaccine adjuvants to stimulate immune responses.

Alpha N-methylation in the MC1R-targeting peptide reduces off-target accumulation by improving metabolic stability and binding selectivity.

Lipid-based nanoemulsions deliver curcumin topically to inhibit melanoma cell proliferation and reduce lung metastasis without solvent toxicity.

Semifluorinated alkane suspensions maintain particle dispersion without surfactants.

Hydrocarbon oil in the adhesive matrix reduces skin irritation while maintaining strong adhesiveness and drug permeability.

Sequential depth and sterile grade filters prevent clogging during submicron oil-in-water emulsion production, ensuring sterility.

A topical medicament formulation combines turmeric, Peganum harmala, and Arum palaestinum to deliver sustained relief for skin conditions.

FEMA 4557 penetrates hair coats to activate TRPM8 channels, suppressing itch and accelerating healing without steroid side effects.

Topical Hamelia patens extract induces rapid granulation tissue formation on third-degree burn wounds without surgical intervention.

A multi-phase liquid composition with a lipid bilayer measures drug transport speed, replacing costly cell cultures to improve accuracy and reduce time.

Thickened otic carriers retain antibiotics and antifungals in the ear canal, eliminating multiple applications required by liquid drugs.