Background

In recent years, a number of studies have shown that hydrogen can function as an anti-oxidant. Some benefits have been identified in enhancing treatment of bruises, insect bites, cosmetic blemishes, and other health conditions. Generally, hydrogen is supplemented through the hydrogenation of drinking water or through hydrogen-rich pills. This invention supports applying hydrogen topically in the form of a hydrated hydrogel pad.

Technology Overview

The invention consists of a hydrogel pad that generates hydrogen via water electrolysis. It can be topically applied to the areas that require treatment. This is a more direct treatment option than other hydrogen solutions on the market.

The hydrogel’s base is hyaluronic acid. A cathode and anode are connected to the hydrogel pad and a small voltage is then applied. The water in the pad will experience electrolysis and produce hydrogen ions (, ).

These pads, patches, or dressings can be applied to multiple wound types and conditions, including inflammations, burns, eczema, cuts, abrasions, dermatitis, and even skin cancer.

Stage of Development

Preparing for Clinical Trials
Lab testing and research

Benefits

Other forms of hydrogen treatment limit direct access to essential areas of the body
Can be used to treat skin conditions and scar tissues

Applications

Skin healing
Dermatology

Hydrogel-based Biomedical Device for Therapeutic Hydrogen Treatment of Skin and Tissues

Patents

IP Status

Seeking