No file available
To read the file of this research,
you can request a copy directly from the authors.
IT’S TIME TO CHANGE THE CONCEPT OF CANCER TREATMENT. SOME NEW PERSPECTIVES
Preprints and early-stage research may not have been peer reviewed yet.
ResearchGate has not been able to resolve any citations for this publication.
Life is based on two aspects: matter and a non-material, electrical component. In a dynamic system of reciprocal causality, matter and the so-called bioelectricity interact with one another, forming a functional unity. The aim of this essay is to summarize evidence for bioelectricity, for the sensitivity of biosystems to external physical factors and for the interactions of internal bioelectricity with internal biochemical structures. I propose non-material information of bioelectrical states to be just as inheritable from generation to generation as is the material genetic code.
For over six decades reductionist approaches to cancer chemotherapies including recent immunotherapy for solid tumors produced outcome failure-rates of 90% (±5) according to governmental agencies and industry. Despite tremendous public and private funding and initial enthusiasm about missile-therapy for site-specific cancers, molecular targeting drugs for specific enzymes such as kinases or inhibitors of growth factor receptors, the outcomes are very bleak and disappointing. Major scientific reasons for repeated failures of such therapeutic approaches are attributed to reductionist approaches to research and infinite numbers of genetic mutations in chaotic molecular environment of solid tumors that are bases of drug development. Safety and efficacy of candidate drugs tested in test tubes or experimental tumor models of rats or mice are usually evaluated and approved by FDA. Cost-benefit ratios of such 'targeted' therapies are also far from ideal as compared with antibiotics half a century ago. Such alarming records of failure of clinical outcomes, the increased publicity for specific vaccines (e.g., HPV or flu) targeting young and old populations, along with increasing rise of cancer incidence and death created huge and unsustainable cost to the public around the globe. This article discusses a closer scientific assessment of current cancer therapeutics and vaccines. We also present future logical approaches to cancer research and therapy and vaccines.
Biofield therapies are noninvasive therapies in which the practitioner explicitly works with a client's biofield (interacting fields of energy and information that surround living systems) to stimulate healing responses in patients. While the practice of biofield therapies has existed in Eastern and Western cultures for thousands of years, empirical research on the effectiveness of biofield therapies is still relatively nascent. In this article, we provide a summary of the state of the evidence for biofield therapies for a number of different clinical conditions. We note specific methodological issues for research in biofield therapies that need to be addressed (including practitioner-based, outcomes-based, and research design considerations), as well as provide a list of suggested next steps for biofield researchers to consider.
This book presents new information on radiobiology that more clearly refutes the linear no-threshold (LNT) assumption and supports radiation hormesis. Fresh light is cast on the mechanisms of radiation hormesis and the potential benefits of low-dose ionizing radiation in preventing and treating a wide variety of inflammatory and proliferative diseases. It is proposed that these effects may derive from cellular communication via electromagnetic waves directed by DNA, with each cell acting as a quantum computer. Readers will also find close analysis of the negative impacts of radiophobia on many aspects of modern life, including attitudes to imaging technologies, licensing of nuclear power reactors, and preparedness for survival of nuclear war. The book will be of interest to researchers and scientists in radiobiology, radiation protection, health physics, medical physics, and radiology. Specifically, it will provide medical physicians, radiation oncologists, radiation epidemiologists, gerontologists, cell biologists, toxicologists, and nuclear engineers with a wide range of interesting facts and enlightening novel perspectives.
In addition to biochemical gradients and transcriptional networks, cell behavior is regulated by endogenous bioelectrical cues originating in the activity of ion channels and pumps, operating in a wide variety of cell types. Instructive signals mediated by changes in resting potential control proliferation, differentiation, cell shape, and apoptosis of stem, progenitor, and somatic cells. Of importance, however, cells are regulated not only by their own Vmem but also by the Vmem of their neighbors, forming networks via electrical synapses known as gap junctions. Spatiotemporal changes in Vmem distribution among nonneural somatic tissues regulate pattern formation and serve as signals that trigger limb regeneration, induce eye formation, set polarity of whole-body anatomical axes, and orchestrate craniofacial patterning. New tools for tracking and functionally altering Vmem gradients in vivo have identified novel roles for bioelectrical signaling and revealed the molecular pathways by which Vmem changes are transduced into cascades of downstream gene expression. Because channels and gap junctions are gated posttranslationally, bioelectrical networks have their own characteristic dynamics that do not reduce to molecular profiling of channel expression (although they couple functionally to transcriptional networks). The recent data provide an exciting opportunity to crack the bioelectric code, and learn to program cellular activity at the level of organs, not only cell types. The understanding of how patterning information is encoded in bioelectrical networks, which may require concepts from computational neuroscience, will have transformative implications for embryogenesis, regeneration, cancer, and synthetic bioengineering.
A large number of experimental observations suggests that a significant correlation may exist between the level of the electrical transmembrane potential difference in somatic cells and the intensity of their mitotic activity. The present paper, after review of pertinent experimental background data, assumes that a functional relationship between potential level and mitotic activity does in fact exist and, invoking the precepts of classical membrane potential theory, proceeds with the formulation of a basic theory of mitosis control wherein the intracellular ionic conditions associated with various levels of the potential difference act to regulate preparation for DNA synthesis and other essential mitotic preparations. The theory links the activity of the potential-generation mechanisms of the cell surface complex, and hence mitogenic activity, with cellular metabolism and with external environmental influences through an explicit system of interacting feedback circuits. Inherent in the overall theoretical development is the formulation of a unified theory of the cytogenetic etiology and maintenance of the malignant state. Additional specific experimental evidence is cited in support of the theoretical concepts developed.
Several lines of investigation point to differences in electrical properties between normal and cancerous cells. Several tumor lines have low-resting membrane potentials. A few comparisons have been made between normal and tumor cells within the same tissue cell type. This study compares the cellular or transmembrane potential of hepatocytes and fibroblasts in both normal and tumor cells. High-impedance micropipets were used to record intracellularly in vivo in Buffalo rat hepatocytes and Morris 7777 hepatoma cells, as well as A/J mouse corneal fibroblasts and poorly differentiated fibrosarcoma cells. Rat hepatocytes had a mean membrane potential of -37.1 +/- 4.3 (S.D.) mV compared to -19.8 +/- 7.1 mV in the hepatoma cells. Mouse corneal fibroblasts measured -42.5 +/- 5.4 mV, while cells of mouse fibrosarcoma were -14.3 +/- 5.4 mV. The membrane potentials of the tumor cells were lower in both instances than in their normal counterpart (statistically significant at p = 0.001 for both tissue cell types). This supports the notion that lower cellular or membrane potentials may play a significant role in the altered physiology of the tumor cell.
Conventional Treatment of Cancer Realities and Problems
- C A Damyanov
- I K Maslev
- V S Pavlov
- L Avramov
Damyanov CA, Maslev IK, Pavlov VS, Avramov L.
Conventional Treatment of Cancer Realities and Problems.
Ann Complement Altern Med. 2018; 1(1): 1002.
From Reductionism to Holism: Systems-oriented Approaches in Cancer Research. Glob Adv Health Med
- Helmut Gunverkienle
- Kiene
GunverKienle and Helmut Kiene, From Reductionism to
Holism: Systems-oriented Approaches in Cancer Research.
Glob Adv Health Med. 2012 Nov;1(5):68-77.
Cellular communication through light
- D Fels
Fels D. 2009. Cellular communication through light.
PLoSOne 4: e5086.doi.10.1371/journal.pone.0005086.
Biomagnetic pair. 1st ed. Washington DC: Library of Congress United States of America
- G Sánchez
Sánchez G. Health and medical biomagnetism. Biomagnetic
pair. 1st ed. Washington DC: Library of Congress United
States of America; 2011.
Optimum Energy for Peak Performance with Scalar Energy
- Siva Poobalasingam
- Nisha Lakshmanan
Siva Poobalasingam and Nisha Lakshmanan MA Optimum
Energy for Peak Performance with Scalar Energy
https://altered-states.net/barry/update271/
Pendant%20Optimum%20Energy%20Book.pdf
Inhibition of Neurotransmitter Uptake in Neuronal Cells by Pulsed EM Fields
- G Rein
- K Kerins
Rein G., K. Kerins, et al., "Inhibition of Neurotransmitter
Uptake in Neuronal Cells by Pulsed EM Fields," Proc. 9th
Bioelectromag. Soc., June 1987.
Biological Interactions with Scalar Energy-Cellular Mechanisms of Action
- G Rein
Rein G., "Biological Interactions with Scalar Energy-Cellular Mechanisms of Action," Proc. 7th Internal. Assoc.
Psychotronics Res., Georgia, 1988.
Effect of Non-Hertzian Scalar Waves on the Immune System
- G Rein
Rein G., "Effect of Non-Hertzian Scalar Waves on the
Immune System," J. U.S. Psychotroncis Assoc. Vol. 1, p. 15,
Spring, 1989. Glen Rein, Ph.D., Biological Effects of
Quantum Fields and Their Role in the Natural Healing
Process. Quantum Biology Research Lab, Miller Place, N.Y.
11764 Published in: Frontier Perspectives Vol. 7: 16-23,
1998
Effect of Conscious Intention on Human DNA(Quantum Biology Research Labs
- Glen Rein
- D Ph
Glen Rein, Ph.D. Effect of Conscious Intention on Human
DNA(Quantum Biology Research Labs, P.O. Box 157,
Northport, N.Y. 11768) Published in: Proceeds of the
International Forum on New Science, Denver, CO. October,
1996
ElmerPress Scalar Field Therapy and Mitigation of Seizure Disorder: A Case Report
ElmerPress Scalar Field Therapy and Mitigation of Seizure
Disorder: A Case Report, J Neurol Res • 2012;2(4 ):1 72-175
- Vaishal Sagarsanghaii
- Satish Kadam
- Shinde
SagarSanghaii, Vaishal Kadam, Satish Shinde. A Review on
HelthBenefits of Scalar Energy. lndo American Journal of
Pharmaceutical Research, Vol 4, Issue 01, 2014. ISSN NO:
2231-6876
Bio-physical interaction of scalar energy on cellular mechanisms of living life=
- C M Bharambe
- Sevarkhede
- D A Gu Karande
- Zope
- Sw Chopade
Bharambe CM, SEVarkhede, GU Karande DA Zope, SW
Chopade. Bio-physical interaction of scalar energy on
cellular mechanisms of living life= International Journal of
Applied Research. ISSN Print: 2394-7500, ISSN Online:
2394-5869.