An Alternative Strategy in Cancer Chemotherapy, Aimed Not at Killing Cancer Cells, but the Recovery of Their DNA, Modified by Active Oxygen

Pivovarenko, Yuri

doi:10.11648/j.bs.20170305.12

Cited by 4 publications

(11 citation statements)

References 5 publications

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“…It was previously established that the fluorescence spectra of aqueous solutions containing various sources of atomic hydrogen have peaks with maxima at wavelengths that well coincide with the lines of the Ballmer series [14,15]. For example, such a peak is clearly visible on the fluorescence spectrum of an aqueous solution of formic acid containing zinc oxide ( Figure 6) -it is known that zinc oxide catalyzes the decomposition of formic acid into two hydrogen atoms and a carbon dioxide molecule [3]:…”

Section: Atomic Hydrogen Fluorescence In Aqueous Media As a Promisingmentioning

confidence: 98%

Biochemical and Physiological Basis for Treating Hydrogen Gas as a Medicine

Pivovarenko¹

2019

EJPM

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Due to the activity of normal microflora, gaseous hydrogen is constantly formed in the human intestine. Thus, the constant contact of the human body with gaseous hydrogen is absolutely natural. One of the consequences of this contact is that the internal organs of a person are in a peculiar gas gradient formed, on the one hand, by gaseous hydrogen of intestinal origin, and on the other, by gaseous oxygen of air. Since gaseous hydrogen is an electron donor in an aqueous medium, and gaseous oxygen is their typical acceptor, the internal organs of a person find themselves in an electrostatic field, the intensity of which depends mainly on the content of hydrogen gas in the intestine. Despite the fact that this is practically obvious, the influence of such an electrostatic field on the state of the internal organs of a person, in particular, on the movement of ions in them, is usually not taken into account. Also, the exceptional penetrating power of hydrogen gas is not taken into account, due to which it can penetrate from the human intestine into the cells of other tissues and replace typical biological oxidation substrates in them. Thus, it can be expected that by controlling the formation of gaseous hydrogen in the intestine, one can also control the activity of human metabolism. For this reason, various methods that can increase the content of gaseous hydrogen in the intestines of a person may be of medical interest. Also, doctors may be interested in those sources of atomic hydrogen, the use of which can increase its content in other parts of the human body, in particular, some alternative medicine. All of this is discussed here. In addition, the medical significance of carbon dioxide, which initiates the decomposition of water into atomic hydrogen and molecular oxygen, is also analyzed here.

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Section: Atomic Hydrogen Fluorescence In Aqueous Media As a Promisingmentioning

confidence: 98%

Biochemical and Physiological Basis for Treating Hydrogen Gas as a Medicine

Pivovarenko¹

2019

EJPM

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“…Thus, these types of cancer therapies combine the killing of cancer cells with the simultaneous stimulation of new cancer cells and tumor growth, which is counterproductive. It is also counterproductive to use photosensitizes for additional oxidation of the DNA of cancer cells [42][43][44] , that is, for the oxidation of those DNA that are already oxidized [21,31,[36][37][38][39][40].…”

Section: Figure 10 So the Tumor Is Irradiated With A Red Lasermentioning

confidence: 99%

“…Based on this, it should be noted that anticancer therapy is more preferable, aimed not at destroying cancer cells, but at their deep chemical recovery [40] . At the same time, negative electrification of cancerous tumors creates conditions for the emergence of new nerve contacts (Figure 3), which means for the restoration of the innervation of damaged tissues, in the absence of which the tissues swell at least uncontrollably.…”

Section: Figure 10 So the Tumor Is Irradiated With A Red Lasermentioning

confidence: 99%

Electrified water as a regulator of cell proliferation

Pivovarenko

2021

Jour. of oncol. res.

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It was previously found that the electric charge of water determines its ability to interact with other substances, including biologically significant ones. It is shown here that the electric charge of water can also determine its ability to penetrate and accumulate in living cells. In particular, it has been shown that the high penetrating ability of positively charged water determines both its active penetration into cells and accumulation in them, which creates favourable conditions for cell proliferation. At the same time, it has been shown that the low penetrating ability of negatively charged water determines its ability to slow down cell proliferation. It also discusses how medics can obtain and use water at different charges.

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“…Previously obtained results suggested that gaseous hydrogen can fluoresce in aqueous media, forming peaks at wavelengths that correspond to Ballmer series lines [15]. Testing the ability of atomic hydrogen to fluoresce in aqueous media consisted in the study of the fluorescence of water that came in contact with various sources of atomic hydrogen.…”

Section: Shifts In the Spectra Of Laser-induced Fluorescence Of Moistmentioning

confidence: 99%

Laser-Induced Fluorescence of Wet Porous Silicon as Laser-Induced Fluorescence of H<sub>3</sub>O<sup>+</sup>

Pivovarenko¹

2019

JPMT

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Typically, the production of porous silicon is an electrochemical etching of monocrystalline silicon wafers, which are connected to the anode, in ethanol-aqueous HF solutions. In the process of etching, it turns out porous silicon, which is saturated with water, which is rich in protonated molecules H 3 O + , formed as a result of a number of well-known physicochemical processes. At the same time, the presence of molecules of such protonated water in the composition of freshly prepared porous silicon is usually ignored. At the same time, both the ability of protonated water to fluoresce under the action of laser radiation in the UV range, and the possible contribution of such fluorescence to the total fluorescence of porous silicon induced by a UV laser is ignored. Since such ignoring seems to be incorrect, the possible contribution of laser fluorescence of water enriched with its protonated molecules to the laser fluorescence of moistened porous silicon is discussed here. Since this may be important for the correct interpretation of the results obtained when studying the spectra of laser-induced fluorescence of porous silicon moistened with aqueous solutions, in particular-with aqueous solutions of biological substances, the unique properties of such water are also demonstrated. Thus, the exceptional penetrating ability of positively charged water is visualized, due to which it is able to transfer from the hydrated shells of biopolymers to porous silicon and enhance its laserinduced fluorescence. It also demonstrates the exceptional ability of positively charged water to evaporate; which makes it possible to explain the rapid disappearance of the fluorescence of porous silicon, which is observed during its drying.

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An Alternative Strategy in Cancer Chemotherapy, Aimed Not at Killing Cancer Cells, but the Recovery of Their DNA, Modified by Active Oxygen

Cited by 4 publications

References 5 publications

Biochemical and Physiological Basis for Treating Hydrogen Gas as a Medicine

Biochemical and Physiological Basis for Treating Hydrogen Gas as a Medicine

Electrified water as a regulator of cell proliferation

Laser-Induced Fluorescence of Wet Porous Silicon as Laser-Induced Fluorescence of H<sub>3</sub>O<sup>+</sup>

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An Alternative Strategy in Cancer Chemotherapy, Aimed Not at Killing Cancer Cells, but the Recovery of Their DNA, Modified by Active Oxygen

Cited by 4 publications

References 5 publications

Biochemical and Physiological Basis for Treating Hydrogen Gas as a Medicine

Biochemical and Physiological Basis for Treating Hydrogen Gas as a Medicine

Electrified water as a regulator of cell proliferation

Laser-Induced Fluorescence of Wet Porous Silicon as Laser-Induced Fluorescence of H&lt;sub&gt;3&lt;/sub&gt;O&lt;sup&gt;+&lt;/sup&gt;

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Laser-Induced Fluorescence of Wet Porous Silicon as Laser-Induced Fluorescence of H<sub>3</sub>O<sup>+</sup>