E E Escultura
JNTU Kakinada, India
Posters & Accepted Abstracts: J Material Sci Eng
This study is extension of the paper, â??Electromagnetic Treatment of Genetic Diseases,â? (Escultura, J.Biomaterials and Nanobiotechnology (SCIRP), 3(2)), 2012). Every physical system including the gene has natural vibration due to impact of cosmic waves. The gene determines every physical characteristic of living cell. Wavelength is the principal determinant of its vibration characteristics, amplitude variation (profile) secondary. For genetic or infectious disease, the gene determines every symptom being a physical characteristic. A gene is identical pair (each mirror image of the other) of sequences of its component base elements cytosine, guanine and adenine or thymine. A gene projects brain waves that convert superstrings to tissues of living cell in cellular membrane. Consider undesirable microbe gene that determines undesirable symptom. Microbe enters the body to feed (virus enters cellâ??s nucleus to replicate itself in cellular membrane). Treatment entails producing radiation that resonates with this gene. Partial resonance occurs if they have same wave length. Sinusoidal wave of same wavelength resonates with it, superposes its vibration characteristics on geneâ??s vibration characteristics and distorts and removes the undesirable symptom. However, this may have same effect on normal genes. The effect is isolated by distorting its sinusoidal wave profile to roughly mimic profile of the undesirable vibration characteristic. Then full resonance with this gene alone occurs. By raising radiation intensity sufficiently this gene is sterilized or destroyed and the undesirable symptom stops replication. Not only is the disease treated, the spread of the disease is halted without injury to normal cell, i.e., without any side effect.
Email: escultur36@gmail.com
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