Peroxide Active Ingredients TRIZ Cases

Embedded electrodes in a hydrogel generate hydrogen and oxygen at the skin or wound site, avoiding the limits of oral hydrogen delivery.

Embedded electrodes in a hydrated hydrogel generate hydrogen and oxygen at the treatment site, improving local wound and skin therapy.

Purified hydrogen peroxide gas enables in-situ air treatment in enclosed spaces, raising lung hypothiocyanate ion levels to reduce respiratory infection spread.

Hydrophilic polymer films combine peroxide delivery with moist wound coverage to regulate inflammation, inhibit microbes, and support chronic wound closure.

Controlled redox oxidation loosens nasal mucus while moisturizers and therapeutic compounds help protect mucosa during cleansing and delivery.

Metal salts stabilize peroxide–chlorine solutions, preserving cleaning and disinfection activity against diverse microbes.

Aloe vera and essential oil composition protects the respiratory system against viral infections while boosting immune function.

Topical sodium percarbonate composition decomposes into hydrogen peroxide to reduce acne papules without antibiotic resistance.

A pressurized aerosol can with a trigger sprayer delivers hydrogen peroxide as a fine mist through a dip tube and valve system.

Topical formulations with anesthetics, analgesics, vitamin B3, and coating agents reduce itching and irritation while breaking the itch-scratch cycle.

A disposable syringe integrates electrodes and a gas chamber to generate ozone via corona discharge for therapeutic delivery.

A chemical composition degrades controlled substances using oxidizers and immobilizers.

Stressors and proton sponges facilitate oligonucleotide nuclear translocation, reducing cytoplasmic toxicity while improving gene targeting efficacy.

Membrane-free saline electrolysis generates stabilized superoxide radicals, extending their lifespan from seconds to hours.