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OCTOBER – NOVEMBER 2002 www.nexusmagazine.com NEXUS • 53Editor's Note: This edition we continue the 1972 paper by Dr Gianni Dotto on his Ring device. Commentary is provided at the end of the paper by Jerry Decker, who has post-ed the complete text and some diagrams on the KeelyNet website (athttp://www.keelynet.com/biology/dotto.htm). Note that several mentions are made toanimal experiments. NEXUS does not agree with the practices of animal experimenta-tion and vivisection, but we also don't want to censor the articles we publish. THE AGEING PROCESS To understand the human ageing process, let's now examine the structure and thefunction of the DNA. Imagine a flexible ladder one metre (39 inches) long, com-posed of six billion steps. Each step has the form of two capital Ts facing eachother. The horizontal line of the T has 70% of its length made of sugar and 30% of phosphate. The vertical line is of a different composition: adenine or guanine, orthymine or cytosine. At the vertical ends of the T, there are atoms of hydrogen. (The hydrogen, first element in the atomic chart, is composed of one proton and one electron.) At the end of the phos-phate rod, the orbital electrons spin clockwise. At the end of the sugar rod, the orbitalelectrons spin counter-clockwise. In the hydrogen atoms at the end of adenine andthymine, the electrons spin clockwise; and in the hydrogen atoms at the end of guanineand cytosine, they spin counterclockwise. This type of T is called a baseor nucleotide . The DNA is then formed by 12 billion nucleotides facing each other and connected in a straight line to form the double helix—deoxyribonucleic acid, or DNA. This is the geneticcode, and every one of the 6.3 trillion cells of the human body has at least one. To form anew cell, the DNA must repeat itself. This is accomplished by splitting the ladder alongthe middle of the step and reforming two DNAs absolutely identical and in the samesequence. To form two DNAs, another 12 billion nucleotides are necessary. Inside the cell nucleus there are constantly at least eight different types of virus: four RNA types (negative charge), and four DNA types (positive charge). Every pair of virus(one RNA and one DNA type) attracts each other to form a bipole. They do so, first, toprotect themselves against any external magnetic disturbance, and, second, to accumulateenergy in the following manner… Inactive viruses are crystal forms, but in active status,such as inside the cell nucleus, they reveal one RNA or DNA core covered with protein.Of course, even in active status they still maintain all the properties of a crystal, and as acrystal they are very sensitive to the high sound frequency. Under sound frequency up to five megacycles, the two viruses continuously strain each other and produce energy due to the piezoelectric effect (the same principle is used in theenergy conversion effect of the supersonic generator). In the ultra-high sound frequencyover five megacycles, an isolated inactive virus can be excited to alter the transition tem-peratures or Curie point and disintegrate (Ruben). The human DNA (like a Yagi antenna,one metre long) is tuned to any radio emission between 375 and 385 megacycles. Furthermore, the DNA is under the constant influence of charged ions travelling through the nervous system and acting as a modulation frequency. The combined actionof the two physical phenomena force the DNA to emit a high-frequency sound in therange of 1.9–2.0 megacycles in order to detect, by returning echo, what type of protein ismissing in the cell. These sound frequencies are not only necessary to the DNA inscanning the type of RNA to produce, but they also maintain active the virus in bipoleform by means of the strain effect.TTHEHEDDOTTOOTTO RRINGING A HA H EALINGEALING , A, AGEGE-R-REVERSALEVERSAL DDEVICEEVICE Dr Gianni Dotto applied his understanding of DNA to his Ring device, which acted as an inductive coil to recharge the cells to their correct energy level and promote longevity. Part 2 of 2 by Dr Gianni Dotto © 1972 Notes by Jerry Decker of KeelyNet From the KeelyNet website at: http://www.keelynet.com/ biology/dotto.htm