Summary
Complex intracellular inclusions were identified in the brain cells of patients with non-inflammatory viral encephalopathy stealth. Cells showed significant mitochondrial disruption, which led to the suggestion that the inclusions provide an alternative (non-mitochondrial) source of cellular energy. Pigmented intracellular inclusions and extracellular materials were simply identified in invisible viral cultures.
A characteristic feature of these cultures is the gradual decrease in the influence of cytopathic (cellular damage), which coincides with the accumulation of these pigmented materials and depends on them. Tissue culture and direct substances derived from the patient's body demonstrate various qualities corresponding to their functioning as energy converters. In particular, they consist of conglomerates of smaller particles that can display fluorescent, electrostatic, sound resonant, and variable magnetic activities. The individual particles contain various combinations of different minerals. They can act as electron donors and electron acceptors in redox reactions, and can also generate gas bubbles from water.
Cell viability in cultures containing alternative cellular energy pigments (ACE pigments) may depend on the effects of external electromagnetic, magnetic, and sonic frequencies that do not have a noticeable effect on normal cell cultures. Enhanced cell growth and survival occur when exposed to relatively low intensities, while cell destruction occurs at a higher intensity of external energy. Various natural products show ACE-pigment actions, including the ability to protect cell cultures from the cytopathic effect of invisible viruses. These products are suitable for double-blind clinical trials.
Introduction
Plants and some bacteria gain energy in the form of sunlight to covalently bind hydrogen and carbon atoms to form carbohydrates. This process of photosynthesis is mediated by chlorophyll molecules that can specifically absorb photons corresponding to the blue and red components of sunlight. The photons increase the energy levels of individual electrons inside the chlorophyll molecules, which can then be used in the electron donor (reduction) reaction between carbon dioxide and water to produce carbohydrates, such as glucose.
Electrons can potentially be removed from carbohydrates in the form of chemical energy for the synthesis of other types of life-supporting organic molecules and for heat generation. Protons usually accompany electrons in reactions of electron-donor (reduction) and electron capture (oxidation). The term oxidation is used because oxygen plays an important role as an electron acceptor for the formation of water.
Chlorophyll uses only a fraction of the entire electromagnetic spectrum. Not only does this seem often ineffective, you can also ask the question what is the energy used to synthesize the original chlorophyll molecules. Energy, apparently, can be obtained from other parts of the electromagnetic spectrum and / or from other less well understood forms of energy.
Viruses can cause cell damage by various mechanisms, including simple competition for the metabolic resources available to the cell. I identified a grouping of cytopathic (cell infections) viruses, called stealth viruses, that do not trigger an immune mediated inflammatory response (see http://www.s3support.com for a complete list of publications). The best characteristic stealth virus originated from the cytomegalovirus of African green monkeys. The virus was isolated from a patient with chronic fatigue syndrome with a similar but not identical virus isolated from a patient with a manic-depressive, bipolar disease.
The virus causes severe acute illness in cats, and then reviews clinical recovery, despite the absence of an inflammatory response. Similarly, the cytopathic effect in tissue culture tends to decrease with time, especially in rare feeds. The mechanism of this amazing recovery process is associated with the materials that accumulate in the tissue culture supernatants, since reactivation occurs when the tissue culture medium is replaced with fresh medium. Reactivation can be invented by incorporating supernatant materials from recovered cultures into a nutrient medium.
Unusual intracellular and extracellular materials were previously observed in the brains of infected cats infected with the virus and in brain biopsies in different patients with stealth virus entephalopathy. They were periodic Acidic Schiff (PAS) positive and were also easily observed using the Stains-all cationic dye.
Also included were irregular inclusions on electron microscopy of animal and human brain biopsies. The highly ordered complex structures of some of these inclusions suggested that they perform some cellular function. Given the marked disruption of the cells, it seemed reasonable to mitochondria to postulate that the inclusions could be a source of alternative (non-mitochondrial) energy source. Similar conclusions confirm the following data.
Complex inclusions in a brain biopsy from an infected child infected with an invisible virus
The child’s illness developed within seven months from what was originally considered a behavior disorder and attention deficit to a dangerous neurological disease. Despite the markedly abnormal magnetic resonance imaging (MRI), his early neurological examination was essentially normal. A brain biopsy showed lipid accumulation in glial cells without a co-infection and was considered undiagnostic for neuropathologists and referrals.
After extensive clinical reviews, a second brain biopsy was performed at major medical centers at Stanford University, this time with sections prepared for electron microscopy. In addition to the form of lipid vacuolization and mitochondrial damage, the visiting neuropathologist was unable to report on any of the inclusions shown in Figures 1-8 of the article posted on the website s3support.com.
Pigmented particles, filaments and ribbon-like structures in cultures of invisible viruses
Representative photos of the cytopathic effect occurring in stealth viral cultures are also available on the website. The processes of recovery and reactivation are illustrated in Figures 1 and 2 of the published article “Pigments of the stealth virus pill: a potential source of cellular energy.” Exp Mol Pathol. 2003: 74: 210-23. Many cell clusters have become pigmented, and the pigmented material can stick together into discrete particles, some of which are extruded into tissue culture medium. Various threads and tape-like structures may also develop in stealth viral cultures.
They can exhibit a complex structure and there can be both hollow tubes and flat strips. Both with the help of scanning electron microscopy and with the help of autofluorescence microscopy, particles can be considered as conglomerates of small particles. Tread and band-like structures are also autofluorescent with a wide spectrum of excitation and emission. Particles can sometimes exhibit magnetic activity, which is characterized by a degree of change in sensitivity and sensitivity, which is not observed with inorganic metallic objects. Electron-dispersion X-ray analysis (EDX) shows that the particles contain different minerals with individual particles, demonstrating completely different structures of the mineral composition.
Particles can exhibit both electron-donating (reducing) and electron-accepting (oxidizing) reactions. The first of these is read using the MTT chromogen as an electron acceptor. This can also occur with reagents, such as iodine in alcohol. Oxidation is observed with the appearance of calcium oxalate crystals after the addition of ascorbic acid to the medium containing ACE pigments. Particles can also generate gas bubbles when placed in water. A remarkable feature is the variable observed over time with many of these properties. Particles, apparently, exist both in the "charged" and in the "discharged" state. Individual particles also typically resonate when exposed to wideband audio frequencies.
Using a sound generator, each particle usually demonstrates a rather narrow range of frequencies of motion activation. Externally applied electromagnetic, fixed and pulsating magnetic energies, and sound waves can affect isolated ACE pigments and the courage of stealth viruses. It is easier to demonstrate cell-destructive effects using light, X-ray and magnetic energies, but low-energy energy exposures have clearly benefited some cultures. Both sound and magnetic energies can cause intelligent movement of freely floating cell clusters.
ACE pigments obtained from infected virus invisible virus.
Similar particles containing minerals were found in dried perspiration from patients infected with the invisibility virus. They can exhibit fast reversible electrostatic properties, suggesting internal movements of an electric charge. They are autofluorescent and can be either a reduction (electron donor) or oxidation (electron reception). They can also generate gas bubbles from water.
Erroneous particle motions in liquid suspensions can explain what the researchers previously called pleomorphic microorganisms. The random transformation of particles into filamentous forms is also consistent with the erroneous notion that the proposed bacteria can be transformed into fungal forms. It is likely that ACE pigments are also responsible for the so-called delusional parasitosis or Ekbama syndrome experienced by occasional patients with severe mental illness. They can also explain the erroneous reports of head lice in patients infected with the invisibility virus.
Natural Products and Subtitle Energy
An analysis of the activity of the electronic shuttle transition of ACE-pigments to a number of natural products, including Japanese plant extract and material designated by Enercell, was developed and applied. During these reactions, interesting patterns arise that appear to be influenced by the environment. These reactions are currently used as a potential sensor for unconventional forms of energy that may affect their physical and / or chemical properties. Other high-power natural products may contain microscopic particles rich in energy that have remarkable mobility and which can easily be mistaken for bacteria.
Although they are not as well characterized as electromagnetic radiation, most physicists understand that there are other radiating forms of energy. This category includes the so-called dark energy, phonons, biophotons (chi, orgone) and what is often called ether, sulfur energy or zero energy. Understanding the possible mutual interactions of living organisms and the ether is difficult due to the lack of available detection methods.
Limited samples of minerals in individual particles of ACE pigment suggested the existence of selective mineral affinities that contribute to the attraction of such substances. Minerals are mainly studied in inorganic forms. Increasingly, it appears that minerals may exhibit completely different properties, either as single atoms or small microclusters. Minerals can also behave differently if they are included in complex molecular lattices based on organic and even silica.
Orbital-reconstructed monoatomic element (ORME) concepts, molecular energy transduction with superconducting coherent energy spikes, and gravitational elements were proposed to explain some of the unique features of these altered mineral states. Currently, the field of biophysics is considering the potential harmonization of energy models within living organisms and even between organizations separated by discretionary differences. The experience of various healers also suggests that a conscious thought can change these harmonizing energy patterns.
Clinical and agricultural research
Given their strong activity in the electron transfer analysis system and diagnostic data on efficacy in various disease states, a number of these natural products were selected for a detailed double-blind, placebo-controlled study. Subjects with diseases potentially associated with stealth viral infections, and subjects who clearly have no energy, will be selected. Among the latest plans of the group are testing patients with various debilitating syndromes (including cancer of cachexia), children with severe diarrhea, and asphyxiation of newborns. Both experimental and livestock animals can be performed.
The advantage of the energy-based approach is that it removes the focus from using products as a means of strengthening the immune system. The new approach allows for two-way expansion of research in the agricultural environment. Thus, many products intended for evaluation in studies in humans and animals can be objectively evaluated to increase the growth of various plants and crops. Conversely, natural materials that contribute to the quality of agricultural products can be useful for both animals and people.
Effort coordination
I would like to have an organizational structure that would encourage open communication between people bringing goods, conducting performance evaluations and conducting basic research. Substantial financial management and good public relations are also needed. Government, industry and large academic institutions, unfortunately, tend to put their own money-oriented interests higher than those of the public.
An unpublished nonprofit organization called S3Support was joined by the Applied Biophysics Foundation to create the Institute of Progressive University and Biophysics. Its main goal is to develop and promote a nationwide effort to quickly bring enormous benefits to humanity from energy-based clinical and agricultural science. These efforts can be helped by increasing the membership of health workers, farmers, researchers, administrators, public representatives, patients and their families, etc. In the Applied Biophysical Fund.
