Integrated Sigma Dynamics Quantum Energy Therapy Presented by Mathematical Function and Matrices in Immunologic Stimulation
Abstract
Neuron function can very easily be disrupted by toxic substances in the bloodstream. For this reason, brain capillary cells bind together very tightly to form a blood‐brain barrier (BBB). Only some lipid (fat) soluble molecules and molecules that are actively transported (like glucose) can enter the brain from the bloodstream across the BBB. Unlike muscle, which can burn fat, the brain gets virtually all of its energy from glucose under normal physiologic conditions.. Although the brain represents only 2% of body weight, at rest it consumes 20% of the body's oxygen. Chemical communication between neurons in the brain often does not follow a sharp distinction between neurotransmission and hormone action. Brain transmitter substances include norepinephrine, acetylcholine, serotonin, vasopressin, endorphin, glutamate, dopamine, GABA, etc. The list is very long. The peptide (amino‐acid chain) vasopressin acts as a neurotransmitter in the hypothalamus, but when released into the bloodstream, it causes arteries to constrict and reduces water‐excretion by the kidneys (hence its other name: antidiuretic hormone ). Administered to laboratory animals, vasopressin markedly improves the memory of learned tasks. The implications of the neuronal dynamics we studied experimentally and applied G. P Einstein Mathematical Functions Model based on QUANTUM Mechanics equation: urn:x-wiley:08926638:fsb2fasebj311supplementlb805:equation:fsb2fasebj311supplementlb805-math-0001 where E is the energy,…
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