On the Atomic Carcinogenic Mechanism and Cure for Cancer: Ferrochemistry for Cause of Warburg Effect

Little, Reginald B.

doi:10.9734/bpi/mono/978-93-5547-919-8

Cited by 3 publications

(18 citation statements)

References 8 publications

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“…The theory of seeping NMMs by quantum fluctuations down to nuclei, nucleons and quarks by Little Effect is here applied to the syntheses of Pb (10-x) Cu x (PO 4 ) 6 from reactants PbO, PbSO 4 and CuP by Lee and co-workers [1] and the subsequent replication efforts of many laboratories around the world during the last month for explaining the differing products and properties of those products from the different syntheses. Moreover, the isotopic and non-zero NMM theory of RBL [2], [7]- [10] is applied to the vapor deposition process done by Lee and coworkers [11]. Such vapor deposition was not done replicating laboratories to explain why replicators were not successful.…”

Section: Methodsmentioning

confidence: 99%

“…But the Al in Si-O-Al has 27 Al, and 27 Al has a large positive NMM of + 3.64 and 100% relative abundance. Thereby due to 27 Al's huge + NMM, 27 Al pulls in 17 O of negative NMMs by RBL theory to explain the data and the data prove RBL's theory [2], [7]- [10] in ref [15]. On the basis of this, it follows if Si is added to the Lee process [11] then it should on the basis of Little archive [12] in July 2023 enrich the apatite with 17 O (and/or 18 O) to improve the superconductivity of the Pb (10-x) Cu x (PO 4 ) 6 .…”

Section: Understanding the Synthesis By Rbl Isotope Theorymentioning

confidence: 99%

“…The subsequent replication efforts failed as these scientists did not isotopically purify [11] their product mixture by vapor deposition techniques actually originally done by Lee and co-workers to produce the ambient superconducting component of the mixtures. Such NMM effects on the chemical reactions by RBL [2], [7]- [10] explain the Pb (10-x) Cu x (PO 4 ) 6 discovered by Lee et al [1] and its isotopic enrichment as described here by RBL's theory [2], [7]- [10] for the formation of stable isotopically clumped 207 RBL previously propose 29 Si for gettering 17 O [12] and afterward, both Lee and coworkers [11] and Iris [13] demonstrated Si enhanced superconductivity in [11], [13]. RBL's theory [2], [7]- [10] explains such role of Si as Si has 29 Si with its negative NMMs and 29 Si binds more weakly to 17 O and/or 18 O of negative NMMs relative to 33 S (and its positive NMM) binding 17 O and/or 18 O.…”

Section: Understanding the Synthesis By Rbl Isotope Theorymentioning

confidence: 99%

“…Such NMM effects on the chemical reactions by RBL [2], [7]- [10] explain the Pb (10-x) Cu x (PO 4 ) 6 discovered by Lee et al [1] and its isotopic enrichment as described here by RBL's theory [2], [7]- [10] for the formation of stable isotopically clumped 207 RBL previously propose 29 Si for gettering 17 O [12] and afterward, both Lee and coworkers [11] and Iris [13] demonstrated Si enhanced superconductivity in [11], [13]. RBL's theory [2], [7]- [10] explains such role of Si as Si has 29 Si with its negative NMMs and 29 Si binds more weakly to 17 O and/or 18 O of negative NMMs relative to 33 S (and its positive NMM) binding 17 O and/or 18 O. Therefore 29 Si more easily releases captures 17 O and/or 18 O than ( 33 S ι O 4 ) 2− (ι = 17 and/or 18) and it more easily releases 17 O (or 18 O) than 33 S (of positive NMM) by RBL's theory.…”

Section: Understanding the Synthesis By Rbl Isotope Theorymentioning

confidence: 99%

“…RBL theory of such positive and negative NMMs effects on chemical reactions and isotopic enrichments are described in the previous archived paper on Aug 14, 2021 [8]. Also in 2018, RBL archived part of his book [10], where he gave a general theory of chemistry of enriching these stable isotopes of positive and negative NMMs ( 63 Cu, 63 Cu, 33 S, 31 P, 17 O, and 18 O) for enriching in chemical bonds and manifesting superconductivity. On page 4, in 2021, RBL disclosed a general theoretical framework explaining this superconductivity as observed by Sukbae Lee et al on July 22, 2023 [1], therein on page 4 in 2021 RBL [8] previously disclosed: "Such type I mix of positive and negative NMMs are proposed to manifest ... as by mix of 13 C, 15 N, 17 O, 18 O, 25 Mg, 33 S with normal 1 H, 14 N, 31 P for mix of positive and negative NMMs to alter enzymatics and motions and chemical changes .... by altering the effects of all positive NMMs of 1 H, 14 N, and 31 P in normal biomolecules (1,2).…”

Section: Understanding the Synthesis By Rbl Isotope Theorymentioning

confidence: 99%

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Integrating Superconductivity in Cu Replace Lead Apatite by Nuclear Magnetic Moment Theory of RBL

Little

2024

EJPHYSICS

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Recently, scientists proclaimed superconductivity under ambient conditions of room temperature and 1 atmosphere pressure in Cu partial substituted lead apatite: Pb(10-x)Cux(PO4)6. This paper highlights the application of RBL’s stable isotope of positive and negative nuclear magnetic moments (NMMs) theory for explaining the heavy isotopic enrichment of this materials as {207Pb{10-x}63Cux(‘31PιO4)6}, where ι = 17 or 18 and the resulting superconductivity and novel room temperature atmospheric pressure superconductivity of this heavy isotopic enriched substance. On the basis of such analysis by RBL theory, the synthesis of high temperature, regular pressure superconductivity can be explained and this recent experimental observation of ambient pressure and temperature superconductivity in 207Pb{10-x}63Cux(‘31PιO4)6, where ι = 17 or 18, proves RBL’s NMMs theory of high temperature superconductivity. After 1 month on July 22, 2023 of the archiving of such data for superconductivity Pb(10-x)Cux(PO4)6 by Lee and coworkers, a huge experimental effort by hundreds of researchers around the world has attempted to replicate this room temperature, ambient pressure superconductivity in Pb(10-x)Cux(PO4)6 without success. The resulting inability to replicate the ambient superconductivity and note of some fractional component in the mixture causing the ambient superconductivity is explained by RBL’s theory as the fractional component may be clumped isotopes as in {207Pb{10-x}63Cux(‘31PιO4)6}, where ι = 17 or 18, and RBL here notes the vapor deposition process alleged by Lee and coworkers for producing the superconductivity was previously predicted by RBL to cause isotopic fractionation during solid to liquid and liquid to gas and gas to solid physical changes.

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Section: Methodsmentioning

confidence: 99%

Section: Understanding the Synthesis By Rbl Isotope Theorymentioning

confidence: 99%

Section: Understanding the Synthesis By Rbl Isotope Theorymentioning

confidence: 99%

Section: Understanding the Synthesis By Rbl Isotope Theorymentioning

confidence: 99%

Section: Understanding the Synthesis By Rbl Isotope Theorymentioning

confidence: 99%

See 3 more Smart Citations

Integrating Superconductivity in Cu Replace Lead Apatite by Nuclear Magnetic Moment Theory of RBL

Little

2024

EJPHYSICS

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Correlating 13C Isotope in Oligomeric Proanthocyanidins with their Anticancer Properties

Little

Uziel

2022

JCGB

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Upon considering the anticancer effects of larger oligomeric proanthocyanidins and observing various papers reporting the high resolution mass spectroscopy of the oligomeric proanthocyanidins, it is determined that the unusual 13C enrichment in some plant oligomeric proanthocyanidins may be responsible for the anticancer activities of these food products. Such correlation of the 13C in the oligomeric proanthocyanidins also correlate with their scavenging of free-radicals, anti-virial and anti-bacterial properties. Proanthocyanidins in grape seeds are observed to have high enrichment in heavy isotopes of 2H, 13C, 15N and/or 17O. Mass analysis of DNA from human cancer cells are compared to normal human cells and cancer cells show bond specific enrichment of heavy isotopes in nucleotides G, A, T and C. On such basis, this study suggests possible stronger interactions of proanthocyanidins with DNA in cancer verses DNA in normal cells due to heavy isotope bond specific enrichments in both proanthocyanidins and the cancer DNA. Such 13C interactions from oligomeric proanthocyanidins with nucleic acids and proteins involved in replications, transcriptions and translations in cancer cells for interacting and chemically altering anabolism and cell division of the cancer cells are consistent with the author’s mechanism for normal cell to cancer cell transformations via possible replacements of primordial 1H, 12C, 14N, 16O, and 24Mg isotopes by nonprimordial 2H, 13C, 15N, and 17O and 25Mg isotopes in the proteins and nucleic acids. Such is also consistent with the proposed treatment for cancer by the author by use of foods containing proteins, nucleic acids, carbohydrates and/or drug molecules enriched with the nonprimordial isotopes of 2H, 13C, 15N, and 17O and 25Mg.

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Relativistic Chiral Inversion of Non-Zero Nuclear Magnetic Moments During Centrifugal Industrial Fermentative Processes

Little

2023

EJPHYSICS

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Fermentative productions of amino acids are thought to retain homochirality. This work can propose rotational motions for accelerations by centrifugations during fermentative processes enrich heavier, stable isotopes of differing nuclear magnetic moments (NMMs) with the consequent possibility of altered chirality and magnitude of rotating polarized light for altering chemical, physical, and biological phenomena of such enantiomers. The author discovered gravity seeding homochirality. Thereby in this work, the author determined that altered gravity can change the magnitude and direction of chirality. In this work, the changes in isotopes alter gravitational effects on the metabolism of enantiomers in hosts eating fermentative produced amino acids. Cancer was determined from eating heavier isotopes from fermentative processes and cancer cells were reasoned in this work to be more affected as the earth’s gravitational field is reduced by travel away from the earth’s surface. Similarly accelerated motional and gravitational effects on isotopes in planetary atmospheres of Earth, Saturn, Jupiter, and Uranus by 14N, 15N, 1H, 3He, 13C and 17O were reasoned in this work to cause lightning. Such solvents of positive NMMs were reasoned by collisional exchange to accumulate and exchange charges in clouds and collisional exchange solute negative NMMs were reasoned to alter charge for the production of leaders and streamers to induce lightning strikes. Lack of sufficient 13C and 17O in the CO2 of Venus’ atmosphere is explained in this work to mediate the lack of charge accumulation and discharge for explaining lack of lightning on Venus. The lower temperature (−214 °C) and raining N2 (boiling temperature of −210 °C) in Neptune were reasoned in this work to strips 15N from the atmosphere of Neptune for explaining its lack of lightning despite its similar atmospheric composition but warmer climate (−193 °C) of Uranus. The charged 1H atmosphere of Neptune is thereby the basis for charging Neptune’s atmosphere and the author thereby explains the disappearance and reappearance of Neptune’s clouds by magnetic coupling of the charged atmosphere of Neptune to Sun’s magnetic field.

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On the Atomic Carcinogenic Mechanism and Cure for Cancer: Ferrochemistry for Cause of Warburg Effect

Cited by 3 publications

References 8 publications

Integrating Superconductivity in Cu Replace Lead Apatite by Nuclear Magnetic Moment Theory of RBL

Integrating Superconductivity in Cu Replace Lead Apatite by Nuclear Magnetic Moment Theory of RBL

Correlating 13C Isotope in Oligomeric Proanthocyanidins with their Anticancer Properties

Relativistic Chiral Inversion of Non-Zero Nuclear Magnetic Moments During Centrifugal Industrial Fermentative Processes

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