The Genetic Code; DNA, the Science of Energy

Introduction for Researchers & Physicians

The Inductive Phase State of Gene Polymer Pulsation, Compensates for the Absence of Time, Energy, and Distance Parameters of the Genetic Code.

The modern genetic code is a gene base sequence theory whose regulatory influence is implied from the feedback experiments of bacterial genetics and modern mammalian genetics. Nevertheless, this intellectual framework failed to disclose the mechanics of differentiation intrinsic to understanding cell development, aging, and cancer. The weakness lies in the absence of dynamical parameters.

Since 1987 a few investigators have sought and observed other explanations at the DNA level. These reports describe energy storageand retrieval in the unstacked gene base sequences, and DNA oscillations. From measurements with Raman spectroscopy (Volkov & Kosevich), and from theoretical calculations (Bistolfi, also Prohofsky et al., also Chou et al.) an electron dynamic second DNA code emerges.

I have reported that measurements with impedance spectroscopy and frequency domain analysis, confirm the oscillatory data. This concept allows the synthesis of drugs designed to act on the exchange of energy at the DNA level. The drugs act as electro-chemical reagents, demonstrating the catalytic addition of electrons to DNA. In so doing it becomes clear that a variety of protozoa and tumor cell lines suffer membrane disruption from the 250 millivolt inward current.

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Inter-Faith Church Ministries Inc.

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