The Novel Electrolyzed Water Spray Treatment Discomfort, Redness and Swelling of the Skin Surrounding the Wound

The Novel Electrolyzed Water Spray Treatment Discomfort, Redness and Swelling of the Skin Surrounding the Wound

A Novel Electrolyzed Water Spray Reduces Discomfort, Redness and Swelling of the Skin Surrounding the Wound Created by Skin Lasar Surgery: A Clinical Study

The purpose of this study is to test whether the reduction of the sense of discomfort and redness and swelling of the skin surrounding the wound of patients by use of the novel electrolyzed water spray will relieve the inflammation of the skin.

In this study, water inculding tap water,pure water and salt water, and an apparatus for producing electrolyzed water (https://www.deposon.com.cn; https://www.deposon.com）were used to generate an electrolyzed water mist spray or spray. This instantly generated electrolyzed water mist spray or spray has oxidation-reduction potential (ORP) ≥1200mv,and contains non-specific total oxidation capacity which equals to 0.28±0.10ppm,0.06±0.04ppm and 3.92±0.39ppm of desolved ozone. This instantly generated electrolyzed water mist spray or spray does not release detectable ≥0.1mg/m3 of gaseous ozone. This instantly generated electrolyzed water mist spray or spray has pH 8.4±0.4 and releases negative air ion.The apparatus for producing electrolyzed water has a positive electrode which is covered by a conductive diamond material (Patent# CN215308550U). In this study, this novel electrolyzed water device and the water spray are used to treat wounds created by skin laser surgery.

Electrolyzed water device, Hydroxyl radical, Tap water, Spray, Laser surgery wound, Discomfort of the skin, Redness of the skin

Study staff will use the novel electrolyzed water spray device and spray for approximately 2-4 minutes on the participant's diseased area until half a bottle (20-40ml) of water is used.

Study staff will use the saline and spray for approximately 2-4 minutes on the participant's diseased area until half a bottle (20-40ml) of water is used.

The researcher use electrolyzed water to treat the diseased area, two times a day, for 5 days. The trial consists of 5 study visits (day 1-day 5). The reduction in the disease area of discomfort, redness and swelling evaluation and adverse event assessments will be performed at each visit. Safety analysis will be assessed based on the reports of adverse events during the study.

The researcher use saline to treat the diseased area, two times a day, for 5 days. The trial consists of 5 study visits (day 1-day 5). The reduction in the disease area of discomfort, redness and swelling evaluation and adverse event assessments will be performed at each visit. Safety analysis will be assessed based on the reports of adverse events during the study.

This score is based on descriptions of the discomfort of the skin surrounding the wound that patients rate 0-10 to assess the condition of their skin. A higher score means a worse outcome. 0 means "no discomfort " and 10 means "the most discomfort ".

The skin signs scale evaluations the signs of skin wound inflammation including redness and swelling of the skin immediately surrounding the wound. This score is based on descriptions of the redness and swelling of the skin surrounding the wound that patients rate 0-10 to assess the condition of their skin. A higher score means a worse outcome. 0 means "no redness and swelling of the skin surrounding the wound " and 10 means "the most redness and swelling surrounding the wound".

Inclusion Criteria: Mild discomfort, redness and swelling of the skin surrounding the wound created by skin laser surgery Patient > 18 years old. Exclusion Criteria: Severe discomfort, redness and swelling of the skin surrounding the wound created by skin laser surgery. 80 years or older. Pregnant or breastfeeding women Systemically healthy individuals.