A quantum theory of disease, including cancer and aging

Abstract

A unique, non-invasive, holistic paradigm is presented for amelioration of aging and associated pathophysiologic conditions based upon biological piezoelectricity. The capacity for biostructures to amplify weak electromagnetic (EM) triggers through photon-phonon transductions may permit target-specific magnetic resonance energies to renormalize structural and functional integrity of critical biomolecules, such as telomeres, neurotransmitters, immunogenic transmissible microbiological agents, enzymes, peptide hormone trophic factors, transforming DNA segments… etc. Amelioration of the aging process and the effects thereof, including potentialities for palliation of a diversity of conditions may be possible, utilizing nonionizing physiologic PicoTesla electromagnetic fields. Various quantum phenomena are hypothesized as underpinning mechanisms for both normal and diseased conditions, including piezoelectricity, cyclotron resonance, the Quantum Hall Effect, and magnetic resonance; leading to a discussion of biological fission, fusion, and super conduction in neoplasia. A new particle-wave equation is presented for calculating bio-interaction energies set in dual resonance with intrinsic energies of target masses, to induce quantum transpositional states therein restoring biological order; with concomitant reduction of immunogenic quantum state entropy in selective magnetic domains. Experimental studies demonstrating fundamental positive changes in biological models are discussed in support of this non-significant risk methodology. Such changes include electromagnetic modulation of autonomic nervous system (ANS) tonicity, regeneration of nerve ultrastructure in concert with restoration of functionality, diminished viability and/or proliferation rate in human mammary carcinoma cells, and positive clinical studies in neurological disorders such as Parkinson's disease. Indeed, it appears that a new frontier in biology and medicine is being manifested through advances in electrophysiology, promising hope for palliation of the human condition in aging and disease.

A review of applications of principles of quantum physics in oncology: do quantum physics principles have any role in oncology research and applications?

“…This increased energy demand is theorised to occur as a result of energy asymmetry from exposure to carcinogens or ambient radiation, and the body attempts to restore the energy balance by increasing mitotic divisions that results in energy release. 12 When cells experience oncogenic changes, they can develop the ability to bypass senescence or M1 phase, and the suppression of cell checkpoints caused by the quantum entropy imbalance supports this senescence bypass effect. 12 These cells can then divide until multiple sets of telomeres are shortened to the point where cells experience end-to-end chromosome fusion, which initiates a chromosome breakage-fusion-bridge cycle known as M2 crisis, where two sister chromatids lacking telomeres fuse together to form a bridge with a chromatin connection.…”

“…12 When cells experience oncogenic changes, they can develop the ability to bypass senescence or M1 phase, and the suppression of cell checkpoints caused by the quantum entropy imbalance supports this senescence bypass effect. 12 These cells can then divide until multiple sets of telomeres are shortened to the point where cells experience end-to-end chromosome fusion, which initiates a chromosome breakage-fusion-bridge cycle known as M2 crisis, where two sister chromatids lacking telomeres fuse together to form a bridge with a chromatin connection. 12,13 Telomerase is used as a defence mechanism by cancer cells to increase the length of telomeres, potentially preventing the loss of genes needed for survival and allowing for continuous replication.…”

“…He has reported that, although the role of shortening telomeres in cancer cells is unclear, there is a possibility that this shortening could create conditions that initiate cancer cell proliferation or prevention and can be explained with the principles of quantum physics. 12 Jafri et al 13 have indicated that there is evidence suggesting that the reduction of telomere length elicits a DNA damage response, which triggers senescence and suppresses cell checkpoints that would normally induce apoptosis in cancer cells. It is hypothesised that there are quantum entropy conditions with transpositional states that can lead to cell cycle checkpoint alterations induced by increased energy demands in cells.…”

“…12 These cells can then divide until multiple sets of telomeres are shortened to the point where cells experience end-to-end chromosome fusion, which initiates a chromosome breakage-fusion-bridge cycle known as M2 crisis, where two sister chromatids lacking telomeres fuse together to form a bridge with a chromatin connection. 12,13 Telomerase is used as a defence mechanism by cancer cells to increase the length of telomeres, potentially preventing the loss of genes needed for survival and allowing for continuous replication. 12 Therefore its upregulation is seen in cancer cells with shortened telomeres, assisting in the longevity of the diseased cells.…”

“…The potential applications of the principles of quantum physics in oncology have been demonstrated in several areas. [3][4][5][6][7][8][9][10][11][12][13][14][15][16][17][18][29][30][31][71][72][73][74][75] Quantum physics principles have been used for significant advancements in oncology research through modelling of concepts such as quantum metabolism, [4][5][6]9,11,18,14,24,[26][27][28] quantum biology, 7,8 quantum chemistry, 9,[19][20][21][22][23] quantum biochemistry 10,11,[24][25][26][27] and quantum entropy, 12,…”