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each containing, on the average, thousands of mitochondria, there isms as the medical establishment would have us believe, since must be quadrillions or quintillions of them in our system. these so-called "viruses" are merely lifeless fragments of mito- When a cell dies, it is replaced by a daughter cell during the chondrial genetic debris. Because of this, viruses cannot cause process of mitosis, and the spent cell is disintegrated by lyso- disease unless they accumulate as filth and pollute our cells, tis- somes—the potent self-destructing, self-digesting, intracellular sues and circulation upon cellular death. enzymes that break up cellular components into ultra-minute parti- Viruses, then, are dead genomes from disintegrated cells whose cles so that the body can readily recycle them or excrete them as__ cellular membrane is not completely broken down by cellular waste. lysosomes. Each day, about 300 billion to over a half-trillion cells in our Genomes have no characteristics of life whatsoever, and are body expire (depending on our level of toxicity), each containing _ merely bits of nucleic acid material normally recycled through an average of 5,000-20,000 mitochondria. When cells die they are phagocytosis or excreted as waste. self-destructed by their own lysosomes, but the nuclei and the Photos of alleged viruses "injecting themselves” into a cell actu- genomes of mitochondria are better protected than other cellular _ ally show the cell literally engulfing the "virus" or proteinaceous organelles and protoplasm and often do not completely decom- _ debris. ‘ pose. A dent, called invagination, then forms and the organic matter is Genomes and nuclei are microscopic templates of genetic infor- surrounded by cellular substance which closes off, forming an mation consisting of DNA or RNA that act as the control centre impromptu stomach, and the "virus" disappears. The. stomach and the storehouse of the very ‘blueprints’ of the cell. As such, then fills with powerful lysosome enzymes which digest the they are to mitochondria and cells what brains are to our body. organic material, breaking it down into amino acids and fatty acids Every cell and every mitochondrion contains this genetic mater- _for recycling or elimination. ial which is actually the most protected part of the cell (by virtue This process is a normal feature of cell physiology called of its double-lipid protein sheath), phagocytosis (literally, cell-eating)— just as our nervous system is the the routine process of cellular inges- most vital and most protected por- | Since "viruses" are not alive, they tion and enzymatic digestion of bacte- tion of our physiology (by virtue of . ria, dead tissue debris and other errant our backbone and skull). cannot act in any of the ways as §f ceiis. are broken down by iysoaomes but | _ aecriped to them by medical per oaily devoid of al ie qual not always completely, due to their authorities except as a functional ff itics and are never scen to act. highly protective double-membrane H 4 Photographs purporting to show virus- sheath. And here is where this unit of our normal pene es in action are outright frauds: what explanation gets interesting. material inside the cell's nucleus is actually shown is an ordinary physi- According to Guyton’s Textbook or the mitochondrian nucleus ological process of phagocytosis of Medical Physiology, a virus is said to be a minute bit of genetic material (called a genome) which is literally about a billionth the size of pate which occurs countless times daily within the cell. within the body. Remember, according to medical texts on virology and microbiology, acell. viruses have the following un-lifelike The genome is surrounded by a capsid covering that is usually a _ characteristics: double lipid-protein sheath and is actually composed of two unit 1) Viruses have no metabolism—they cannot process food- membranes (almost identical to the cell membrane) which, inci- stuffs or nutriment and they have no energy formation. They are dentally, is the very structure of the mitochondrian nucleus. only a template, or pattern of information, as are all genomes. Photos of "viruses" revealed through electron microscopes show 2) Viruses have no faculties for action of any kind—no nervous their membranes to be rough and jagged, sometimes only part of system, no sensory apparatus, and no intelligence that may coordi- one layer and sometimes one layer and a portion of the second, nate movement or “bodily invasion" of any kind. which is consistent with the self-digesting action of lysosomes 3) Viruses cannot replicate themselves—they supposedly when their job of breaking down cellular waste is partial and depend entirely upon "obligate reproduction"—mcaning, repro- incomplete. As such, this description of a "virus" is virtually iden- duction by a host organism, something totally unheard of in all tical with the description of the remaining genomes of the cell's _ biology. mitochondria as well. At one point, viruses were once living matter and some physiol- Obligate Reproduction ogy texts hypothesise that they are the debris of spent cells. In the medical rationale to viral disease causation, we are told to Lysosomes that disintegrate the spent cell often fail to break up _ believe in obligate reproduction, where one organism (the cell) is these "viruses" surrounded by the double-lipid coat membrane. obligated to reproduce an alien organism (the "virus"). Nowhere It is surprising that researchers fail to recognise these for what _ in nature, however, does any living thing reproduce anything other they apparently are—spent mitochondrian genetic material, partic- _ than its own kind. ularly fragments of RNA and DNA. Do not forget that the size relationship of a virus to a cell is lit- arally ahaut ana hillianth the civa Tha viral ratinnala af dicasca_ each containing, on the average, thousands of mitochondria, there must be quadrillions or quintillions of them in our system. When a cell dies, it is replaced by a daughter cell during the process of mitosis, and the spent cell is disintegrated by lyso- somes—the potent self-destructing, self-digesting, intracellular enzymes that break up cellular components into ultra-minute parti- cles so that the body can readily recycle them or excrete them as wacta Ter ne mee ne rr ene eee nee neee characteristics: 1) Viruses have no metabolism—they cannot process food- stuffs or nutriment and they have no energy formation. They are only a template, or pattern of information, as are all genomes. 2) Viruses have no faculties for action of any kind—no nervous system, no sensory apparatus, and no intelligence that may coordi- nate movement or “bodily invasion" of any kind. 3) Viruses cannot replicate themselves—they supposedly depend entirely upon "obligate reproduction"—mcaning, repro- duction by a host organism, something totally unheard of in all biology. Obligate Reproduction In the medical rationale to viral disease causation, we are told to believe in obligate reproduction, where one organism (the cell) is obligated to reproduce an alien organism (the "virus"). Nowhere in nature, however, does any living thing reproduce anything other than its own kind. Do not forget that the size relationship of a virus to a cell is lit- erally about one billionth the size. The viral rationale of disease- causation tells us to believe that the virus injects itself into the cell and commands it to reproduce the virus hundreds of thousands of times, upon which the cell explodes. When the virus “reproduces”, its collective mass still equals far less than 1/100th of one per cent of the mass of the cell. That is like saying if you inject yourself with half an ounce of a sub- "Viruses" Are Not Micro-organisms Even though medical authorities mistakenly attribute to this dead cellular debris the powers of life and malevolence, microbi- ologists acknowledge that viruses are dead bits of DNA in a pro- tein-lipid membrane coat, although failing it realise its source. As such, genomes are control mechanisms but not micro-organ- 36 ¢ NEXUS OCTOBER - NOVEMBER 1994