Skin Wound Care Composition

Abstract

The invention discloses a composition for nursing skin wounds. The composition comprises the following components: montmorillonite, mycose and sodium alga acid according to the mass ratio of (20-50) to (5-20) to (20-50). The composition for nursing skin wounds disclosed by the invention can be used for carrying out broad-spectrum antisepsis, effectively killing bacteria, preventing wound infection, effectively keeping the wound humidity, accelerating wound healing, effectively inhibiting scar formation after wound healing, and absorbing excessive effusion and wound odors, and keeping the wounds fresh and cool.

Description

technical field [0001] The invention relates to the technical field of biomedicine, in particular to a skin wound care composition. Background technique [0002] In the busy modern life, the human skin ranges from small abrasions to large surgical incisions and skin burns. We deal with wounds all the time. Once the wound is not treated properly in time, the wound will be infected, and the wound will slow down in mild cases. Severe cases lead to death of the patient. Traditional wound management methods: keep the wound open, promote wound scabbing; dry the wound. However, there are certain disadvantages in traditional treatment methods, such as loss of biologically active substances, slow wound healing, pain in patients, and multiple mechanical injuries. [0003] Wound treatment is mainly divided into 1. Necessary inspection, 2. Debridement (clean common wounds, contaminated wounds, infected wounds, perform different debridement according to different types of wounds), and ...

AI Technical Summary

Problems solved by technology

However, there are certain disadvantages in traditional treatment methods, such as loss of biologically active substances, slow wound healing; pain in patients; multiple mechanical injuries