Diabetic wound healing agent and application thereof

Abstract

The invention discloses a diabetic wound healing agent and application thereof. The healing agent is acidic electrolyzed water with an OPR value greater than 1,100 mV. By physical principles, the diabetic wound healing agent provided by the invention can be used to quickly and effectively form a sterile environment for the wound and around the wound; by high potential of the agent itself, nerve cells are activated and human immunity and self-repairing ability are enhanced to achieve rapid healing of wounds. The healing agent is suitable for disinfection of various wounds caused by trauma, burns and other unhealed wounds. The healing agent can not only clean the wound, but also sterilize and disinfect. In addition, the healing agent also has efficacy of promoting cell tissue regeneration, and has excellent effects of stopping bleeding and pain, diminishing inflammation and eliminating swelling. By the use of the healing agent, the wound is healed quickly.

Description

technical field [0001] The invention relates to the field of diabetes treatment, in particular to a diabetic wound healing agent and its application. Background technique [0002] All life phenomena (muscle movement, brain excitement, inhibition, nerve conduction) are related to the transmission of electrons, such as: blood vessels contain water and potassium, sodium, magnesium, calcium and other inorganic salts, when the magnetic field lines are perpendicular to the blood vessels When moving in the same direction, electromagnetic hydrodynamic phenomena will be generated, and micro-currents will be generated. The magnetic field can lead to changes in bioelectricity and quality. There are paramagnetic substances (iron, oxygen, magnesium, etc.) in the human body that can be magnetized, and the magnetized elements Accelerate the interaction and strengthen the metabolic function. The enhanced magnetic field of the human body can strengthen the function of the mononuclear phagoc...

AI Technical Summary

Problems solved by technology

[0004] Poor wound healing, a complication of diabetes that can lead to amputation in severe cases, has become the disease with the highest hospitalization rate in diabetic patients, but its exact molecular mechanism is still unclear

Current studies have found that a variety of molecular and cellular functions are impaired when diabetes occurs, such as growth factors, nitric oxide, reactive oxygen molecules, matrix metalloproteinases, microRNA, endothelial progenitor cells, etc., which eventually lead to poor wound healing in diabetes

In addition, if a wound of a diabetic patient is immediately put on a bandage, the local temperature will rise. In a relatively high temperature environment, bacteria and germs are more likely to breed. In addition, the wound of a diabetic patient is difficult to heal, and small wounds will become larger. However, if the bandage is not applied, it will also cause multi-level infection of bacteria and viruses, and the result is the same