Preliminary Results for some responses in cancers ..

Introduction

Recent research lead in an interdisciplinary way, in our institutes, has shown a possible antiproliferative action of metals and metalloids (Iron, Boron, Zinc), if made to penetrate the cell. Fructose is used as a means through which trace elements are bound by carbon to cross the
plasmatic membrane of the cell. During this passage an energy is liberated, in the form of UV rays or infrared rays. At this time it is well know that proteins, hormones, enzymes, have to be activated to take part in the chemical reaction of the metabolism. This means that their molecules must pass to higher level of energy and this passage is possible through a change in the atomic orbit of their most external electrons. Metals and or metalloids can activate an organic compound binding themselves to his receptors.

This link liberates enough energy to change the electronic arrangement of the molecules which constitute it, leading them to a higher energy level, and active a definitive chemical reaction. With this mechanism the trace elements act as catalyst in the majority of biological reactions..
In addition, the metal ions that penetrate into the neoplastic cell cause, through a liberation of quantum energy, a lipidic per oxidation and consequently, a cellular death. In one of our last studies we tested the action in vitro of iron carbonyl (Fe+++ bound to C6 fructose) and the zinc carbonyl (Zn++ C6 fructose). This research showed that only the 10% of cancer cells survived after 72 hours of incubation with Fe-FLNT4 and Zn-FLNT4 with a concentration of 100/200 mg/l.
From our studies we also noted that it is possible to correlate the exaggerated urinary dispersion of one or more metal ions with specific neoplasia or with their secondary localization. If there is bony or cerebral metastasis for example, the urinary excretion of boron increases; during all cases with a decrease of immunological defences, we have a greater elimination of lanthanides. This is an indication of cellular destruction. Metal and metalloids introduced can play a fundamental role both in the catalysis of metabolic reactions, and in the auto repairing mechanism of nucleic acid, as well as in the cytolose of neoplastic and viral …

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