by John F. Wetling from Humlegaarden
Duration 8:34 minThe healing process of big wounds can be expedited quite dramatically when the blood is energized. The Wireless Micro-current Stimulation WMcS is a brand new holistic technique which is employed at the Holistic Cancer Clinic in Humlegaarden. The Electrical Stimulation for Wound Healing stimulates the immune system and activates the healing capacity of the patient.
Example-Wound-Healing-Pictures.pdf
Abstract
Micro-current stimulation and its effect on the human body has been researched and reported since the early 1990′s. Its application for the healing of wounds is also well documented. The skin possesses an electrical field, and the presence of a wound disrupts this electrical field. Electrical Stimulation is believed to mimic the current and then improve the wound healing process. ES may help this effect to happen through a stimulation of cell activities, improvement of arterial blood flow, reducing tissue oedema and improving microvascular permeability, but the exact mechanisms are still unclear.
To date the current has been introduced to the body by the use of electrodes, but a new method is now available which utilises the current carrying capacity of charged gas ions by using the ability of Oxygen and Nitrogen to donate electrons. This method is known as Wireless Micro- current Stimulation (WMcS).
The purpose of this paper is to show the mechanism of current production and how it is applied, to illustrate that WMcS is a true micro-current stimulation. It also compares the affectivity of WMcS versus electrode micro-current by means of an in-vitro experiment on Mast Cells.
Introduction
Electrical stimulation in wound healing is defined as the use of an electrical current to transfer energy to a wound. The ordinary way in practising ES it to transfer the current through an applied surface electrode pad that is in wet, electrolytic, contact with the external skin surface and the wound bed. Two electrodes are required to complete the electric circuit10).
There are several theories as to how ES may stimulate wound healing. When wounding occurs, there is a weak but measurable current between the skin and inner tissues called the current of injury. It is thought that the current continues until the skin defect is repaired and that the healing process is interrupted if the current ceases. ES may mimic the current of injury restarting or accelerating the wound healing process4).
Electrical currents are believed to stimulate several cell activities e.g., deoxyribonucleic acid [DNA] synthesis, cell proliferation, synthesis of the extracellular matrix, collagen, expression of growth factors and receptors11).
Cell membranes possess a membrane potential, which is the electrical potential difference or voltage across the membrane. Cells within intact skin are negatively charged on the inside whereas the exterior of the cell, the extracellular space, is positively charged.
The difference in charge arises because cell membranes posses “pumps” that move sodium ions out of the cell in exchange for potassium ions, which are pumped into the cell. For the skin this results in the epidermis being negatively charged relative to the deeper tissues that carry a positive charge8).
Electrical currents are believed to stimulate several cell activities e.g., deoxyribonucleic acid [DNA] synthesis, cell proliferation, synthesis of the extracellular matrix, collagen, expression of growth factors and receptors11).
Electrical stimulation is defined as the use of an electrical current to transfer energy to a wound. two electrodes are required to complete the electric circuit. Electrodes are usually placed over wet conductive medium, in the wound bed and on the skin a distance away from the wound10).
However, optimal delivery techniques for ES therapy have not been established to date. A study of stimulation current effects on wound healing in a pig model has shown that direct current (DC) stimulation is most effective in wound area reduction3).
An optimal delivery technique transferring a charge through the air to the wound without touching the wound ore the surrounding skin, resulting in the current of injury measurable by an amp metre can be achieved by using the ability for Nitrogen and Oxygen to donate electrons.
