The Alternative Cellular Energy (ACE) Pathway Prevents Scarring of Skin Burns.

    SOUTH PASADENA, CA, March 23, 2017 /24-7PressRelease/ -- Skin burns evoke an inflammatory response which hinders, rather than facilitates, the regeneration of normal appearing skin. For severe burns, the accompanying inflammation can be so inhibitory to the local regrowth of normal skin tissue, that skin from other locations in the body is grafted onto the burn area. Inflammation commonly also leads to the formation of scar tissue, even in burn areas that do not require skin grafting. Scar tissue creates an unevenness and loss of elasticity of the skin surface and can be disfiguring.

Inflammation is triggered by cells of the innate immune system. The cells respond to components released by damaged tissue. Inflammation will not occur if the threshold of these cells to respond to damaged tissue is sufficiently elevated. Unresponsive, resilient cells of the innate immune system allow for the unhindered regeneration of normal skin and its associated structures, such as hair follicles and sweat glands.

Cells of the body obtain energy not only from food metabolism but also from the alternative cellular energy (ACE) pathway. The ACE pathway exists as a dynamic (kinetic) quality of the body's fluids. Several methods are available to enhance the ACE pathway, including the application of fluids, which are energized with an environmental force termed KELEA (kinetic energy limiting electrostatic attraction). Various means are available to generate KELEA activated fluids, including methods that do not require any chemical additives. A product that was previously regarded as being homeopathic is now identified as a KELEA activated water. So too is a copper-silver-citrate (CSC) electrolysis solution. The clinical benefits of these two products have been described in a recent article entitled "Tissue Regeneration Without Scarring Achieved by Enhancing the Alternative Cellular Energy (ACE) Pathway." The article is available online at http://file.scirp.org/pdf/JCDSA_2017032211380142.pdf Several prior research articles posted to the Internet have described the ACE pathway and provide useful insights into KELEA. They are retrievable using the search term "KELEA Water."

When applied to skin injuries, including burns, KELEA activated water prevents the inflammatory response from either occurring or being sustained. It seemingly does so by increasing the resilience of the innate immune system to activation by locally damaged tissues. Minimizing the inflammatory response relieves pain and allows for scar-free healing of the injured skin.

Several million individuals worldwide, including many children, suffer the agony and long-term disfiguring consequences of severe skin burns. While most burns are accidental, many are intentionally inflicted, including through military actions. It is imperative that methods quickly become freely available to urgently enhance the ACE pathway in all victims of severe, acute burns. It is, therefore, very encouraging that the ACE pathway can be easily enhanced with KELEA activated water and with other procedures.

A secondary value of enhancing the ACE pathway to help burn victims will be a greater awareness of the fundamental role of this pathway in human and animal health. While not as visually graphic as the healing of skin burns, many major clinical illnesses as amenable to ACE-pathway based therapies. These include infections, cancer, metabolic diseases, and neuropsychiatric illnesses.

KELEA activated water and other fluids, including gasoline, have many beneficial agricultural and industrial applications, especially in the saving of food and energy costs. There is also the opportunity for in-depth scientific inquiry into KELEA as a fundamental force of Nature.

The Institute of Progressive Medicine is a component of MI Hope Inc., a non-profit public charity. For additional information and offers to participate in a worldwide endeavor to prevent scarring in future burn injuries, please e-mail Dr. W. John Martin, MD, PhD, at [email protected]

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