The Alternative Cellular Energy (ACE) Pathway™
It is still widely assumed that human and animal cells only obtain energy from the metabolism of food. The principal cell components involved in the generation of energy from food are the mitochondria, which engage in a complex process that requires oxygen. There is, however, a more fundamental process by which cells can obtain energy. It is referred to as the alternative cellular energy (ACE) pathway™. The existence of the ACE pathway is well supported by several key observations; for example: i) The daily energy expenditure by humans exceeds the approximately 2,500 Calories derived from a typical diet. ii) Cell survival can continue despite the marked disruption of the cell’s mitochondria. iii) Water can acquire a non-thermal energy, which has been shown to help cells recover from the damage caused, for example, by virus infections.
The energy for food production is regarded as originally being derived from the energy in sunlight by a process called photosynthesis. With the involvement of complex molecules, such as chlorophyll, hydrogen atoms are separated into groupings of electrons and protons. The protons are partitioned across a lipid membrane, such that when they travel cack across the membrane to drive the production of adenosine triphosphate (ATP) from adenosine diphosphate (ADP) with the addition of a phosphate group. The separated electrons are used by rubisco enzyme to help convert carbon dioxide (CO2) molecules into carbohydrates and oxygen. The carbohydrates are then used to produce additional ATP, largely through the Krebs’ cycle. The photosynthesis origin of cellular energy fails to explain how Nature had the energy to produce such complex molecules as ATP synthase, rubisco, and the multiple enzymes used in the Krebs’ cycle.The concept of a life force energy is intrinsic to many religions and philosophic beliefs. I have taken these views to propose the existence of a Natural force that I refer to as KELEA, an abbreviation for Kinetic Energy Limiting Electrostatic Attraction™. The fundamental role of KELEA is presumably to prevent the fusion and annihilation of electrostatically attracted opposite electrical charges. Cosmic rays comprise separated electrical charges, mainly in the form of electrons and either individual or groups of protons. These electrical charges would function as carriers of KELEA. Cosmic rays entering into the earth’s atmosphere are, therefore, the likely continuing source of KELEA for all life forms on earth, including humans.
Deficiencies in either metabolism or the ACE Pathway will result in Insufficient Cellular Energy ICE™ for living entities to function normally and remain healthy. Insufficient Cellular Energy ICE™ can, therefore, be the major underlying reason for the occurrance and persistence of many illnesses. Conversely, enhancing the ACE pathway using KELEA activated water and other enerceuticals™ as outlined in this website and in various publications, can potentially alleviate many illnesses, including mental illnesses.
The KELEA™, ACE Pathway™, and Insufficient Cellular Energy ICE™ concepts are depicted in the following slide. This slide is routinely shown to those seeking conseling as to the cause of their illness or seeking to purchase KELEA activated water and other enerceuticals™ to improve their own health or that of their medical clients. The information is also relevant to caring for sick animals and to improving agriculture.
Slide Depicting the Alternative Cellular Energy (ACE) Pathway™ Mediated by KELEA™ (Kinetic Energy Limiting Electrostatic Attraction). KELEA Likely Comes to Earth Bound to Electrically Charged Particles in Cosmic Rays. Illnesses Occur When There is Insufficient Cellular Energy ICE™
Secondary Sources of KELEA
Dipolar compounds with spatially separated positive and negative electrical charges can attract KELEA. Moreover, some of these compounds, as well as certain oscillating electrical devices, can transfer the attracted KELEA to nearby fluids, including water. KELEA adds a dynamic or kinetic quality to fluids, which can be converted to chemical energy. Physical changes in the water include a lowered surface tension, slight expansion in volume, and increased volatility. The later can be measured as an increased rate of weight loss in capped but not completely sealed vials. Particles of neutral red dye sprinkled onto activated water will produce linear streaks of dissolving dye both on and within the water as contrasted with slowly evolving circular patches of dye from essentially stationary particles remaining on the surface of KELEA-energy depleted water. Particles of other materials can similarly be used to assess the intrinsic kinetic energy of water. A further measurable parameter of water activation is reduced bandwidth on magnetic resonance analysis (MRA). These observations are consistent with a loosening of the intermolecular hydrogen bonding in the water. If water is sufficiently activated, it can act in a dipolar manner to attract additional KELEA. Highly activated water can readily transfer KELEA to added water and even to regular water that is set in proximity to the activated water for extended periods.
Proposed Role of the Brain in Attracting KELEA and Sustaining the ACE Pathway
The fluctuating electrical activities of the brain probably act as the major receiver for KELEA in humans and animals. The energy can then be transferred to the body’s fluids as a non-food source of cellular energy. Differences presumably exist in the efficiency with which the brain can attract KELEA into the body. This function is likely to be impaired in individuals with certain forms of brain illness.
ACE Pigments
When faced with insufficient cellular energy (ICE)™, humans and animals can also produce KELEA attracting compounds termed ACE pigments. These are comprised of aggregates/polymers of dipolar aromatic and aliphatic compounds, which typically have mineral binding properties. These compounds can further self-assemble into particles, fibers and threads. ACE pigments can be identified by their ultraviolet (UV) light-induced fluorescence, especially in the presence of certain dyes, including neutral red. For example, ACE pigments can be easily demonstrated in skin lesions caused by herpes simplex virus (HSV), herpes zoster virus (HZV) and human papillomavirus (HPV) by applying neutral red dye and illuminating the lesions with UV light. This procedure leads to the expedited healing of the lesions. The production of ACE pigments is particularly notable in the stealth adapted virus-associated disease, variously referred to as delusional parasitosis or Morgellons.
Summary
Nature has an additional energy force, which is attracted to separated electrical charges. The fundamental purpose of this force is presumably to prevent the fusion and elimination of electrostatically attracted opposite electrical charges. The force is called KELEA™, an abbreviation for Kinetic Energy Limiting Electrostatic Attraction. This force supports an energy pathway for living cells that is distinct from the energy derived from food metabolism and from the photosynthesis that occurs in plants and in certain bacteria. The KELEA driven cellular energy is referred to as the Alternative Cellular Energy (ACE) Pathway™.
Human, animal, plants, and microbial cells function normally only when there is sufficient cellular energy. There are basically three levels of cellular energy requirements. The first is sufficient energy for the cells to stay alive. The second is the additional energy to perform the cells’ specialized functions. The third level is the energy needed for cells to respond to adverse events.
These third-level responses include the repair of damaged cells and/or the regeneration and replacement of irreversibly damaged and non-viable cells. The third level of energy is further required by the body to combat infections and to eliminate and to not be overly reactive to toxic materials. Apoptosis or cell suicide can normally occur in cells destined to become a cancer. This cancer-prevention process also requires cellular energy.
Diseases can generally be viewed as occurring because there is insufficient cellular energy at one or more of the three levels. The energy insufficiency can be localized to a particular type of cell or can be more generalized. Enhancing the ACE pathway can, thereby, provide a means of ameliorating diseases.