Debridement therapeutic method

Abstract

The invention discloses a debridement therapeutic method which belongs to the technical field of medical treatment and comprises the steps of wound debridemnet, wound blow therapy and allergy test, wherein the wound debridemnet is carried out by uniformly spraying ozone water, formed by mixing high-concentration ozone gas and clear water, to a wound dermic layer; the wound blow therapy is carried out by treating the wound surface directly with the ozone gas; and the allergy test is carried out by directly blowing the wound surface with the ozone gas to detect allergy. The invention uses the ozone water in the wound debridement treatment so as to ensure the comfortable feeling of patients and achieve the effects of infection resistance, blood circulation promotion, and increase of immunity of wound surface skin, moreover, no pollution exists during cleaning, the healing speed is high, scar skin color is light, and local oxygen therapeutic, analgesic and anti-inflammatory effects can be exerted on the wound surface.

Description

technical field [0001] The invention belongs to the field of medical technology, in particular to a wound debridement treatment method. Background technique [0002] Any wound, especially a burn wound, has a large area, extensive telangiectasia, increased permeability, loss of skin barrier function, loss of water and heat in the body, and harmful environmental factors (such as bacteria) quickly invade the body and enter the blood of the whole body Circulation can trigger systemic inflammatory response and organ function damage, and shock may occur in severe cases. At present, the commonly used medicines in the medical field to deal with these wounds include: silver sulfadiazine (SD-Ag), sulfamidone, silver nitrate, povidone iodine, etc. The following problems exist after the above-mentioned drugs are used: [0003] 1. Silver sulfadiazine (SD-Ag) is a commonly used drug for wounds, with a broad-spectrum antibacterial effect, especially for Pseudomonas aeruginosa. However, ...

AI Technical Summary

Problems solved by technology

The disadvantage is that it is easy to produce drug resistance, cause wound pain, frequent dressing changes, and Ag+ can cause poisoning

However, because the drug is hypertonic and acidic, it is irritating to the wound surface, prone to metabolic acidosis, and long-term use can also cause hyaline membrane degeneration

[0005] 3. Silver