"The Body Electric"
Some of the Body's Well-Known Electrical Activities:
Some of the body's not so well known electrical activities. "The Body Electric", a book authored by renowned physicist/researcher Dr. Robert O. Becker and Gary Selden, mention other interesting electrical activities in the body:
Along motor nerves from the spine to the periphery
Along sensory nerves from the periphery back to the spine
The back-to-front direct current in the brain changes with state of consciousness. The current is stronger with heightened activity (physical or mental), declines during rest, and is reversed during sleep and anesthesia.
All brain wave frequencies are in the same range as the earth's frequency
Every Cell has its Own Electromagnetic Field, Vibrates, Emits Radiation
Average Frequencies of Body's Organs | |||
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Note: During wake state, before a meal. Figures drop 10-20% after eating when the pancreas is producing digestive enzymes | |||
Healthy Body | 62-72 MHz. | Temples | 70-78 MHz (up to 100 MHz. in some) |
Thymus Gland | 65-68 MHz. | Lungs | 58-65 MHz. |
Stomach | 58-65 MHz. | Liver /gallbladder | 55-60 MHz. |
Transverse / Descending Colon; Small intestine |
58-63 MHz. | Ascending Colon | 50-60 MHz. |
Thyroid / Parathyroid Glands | 62-68 MHz. | Heart | 67-70 MHz. |
Spleen /Pancreas | 60-80 MHz. |
Khaled Hamlaoui, Institute of Biochemistry and Technology, Mar. 2020 ResearchGate
Biological organisms, tissues and cells use WEAK, FREQUENCY-SPECIFIC, electromagnetic fields, produced by electric currents within the body, as one method to communicate with each other. An EMF carries information through its frequency and amplitude fluctuations.
In October of 1994, Alfred G. Gilman of the University of Texas Southwestern Medical Center and Martin Rodibell of the National Institute of Environmental Health Sciences received the Nobel Prize for determining how the cells of the human body communicate with one another by sending and receiving "radio" signals.
The cell "battery" voltage creates a surprisingly powerful electric field 10 to 20 million volts/meter. In addition, every cell emits electromagnetic radiation, much like a radio station emits signals.
A cell's EMF is created by:
(1) The cumulative flow of electrically charged ions continuously going in and out of our cells;
(2) The transmission of electric impulses through cell membranes;
(3) Currents flowing through the intercellular matrix (in between cells).
Brain Frequencies* | ||
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Brain fields are a million times weaker than the other body parts. Brain waves emanate throughout the body via the perineural system (the tissue surrounding the neuron), regulating the nervous system activity. Brain waves are not constant in frequency, but vary from moment to moment. | ||
State | Freq. Range | Levels of consciousness |
Gamma | 30?-60? Hz. | Consciousness, higher mental activity, perception. 40Hz. may be the key to binding sensory inputs into a single perceived cognition. Peak concentration, heightened alertness, visual acuity. No gamma waves produced under anaesthesia. |
Beta Normal, awake aware |
13-30? Hz. | Consciousness, normal awake state. Talking, active listening, irritable, aware. |
Alpha Relaxed but Awake |
8-13 Hz. | Relaxation. Gateway to deeper states of consciousness. Begin to access creativity. Contains resonant frequency of the earth (Schumann Resonance 7.83 Hz.). Listening is in the higher alpha range, but edges to beta range with active listening (e.g. when singling out a voice amidst a noisy group of people). |
Theta Daydreaming, Imagining, Wandering Mind |
4-8 Hz. | Twilight state (meditation). Experienced fleetingly coming out the depths of delta upon waking, or drifting off to sleep. Waking-dream, vivid imagery in the mind's eye, receptive to information beyond normal conscious awareness. Gateway to learning and memory. Theta meditation increases creativity, enhances learning, reduces stress and awakens intuition and other extrasensory perception skills. Brainwave frequency edges down towards the delta range in a trance state. |
*Brain frequencies are ~10 Hz. higher during the day than the night. There is no concise agreement on the ranges for the different states.
Our body as a whole, also emits an EMF (biophotons /low-level luminescence with a wavelength between 200-800nm) produced by the cumulative EMFs (vibrating frequencies) of all our cells. The electric currents flowing in living organisms produce EMFs that extend outside of the body.E.g. Flowing electrical currents in the brain produce an EMF that can be measured and analyzed several feet away from the head, reflecting what is happening in the brain.
Today, with a special type of photography, called Kirlian photography, we can actually see the level of the EMF around a living organism. Essentially providing us with a "photograph" of our state of health.
Studies NOT Supporting I3C/DIM Anti-Cancer Action |
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Cancer Type |
I3C or DIM |
Study Findings |
StudyType# |
Study |
Breast |
I3C |
Shown INeffective in controlling experimental cancer growth in rats; First study concluded that, over time, IC3increased carcinogenic estrogen metabolites (E.g. 4-OH and 16-OH), which may be counteracting those of the less estrogenic 2-OH metabolites |
A |
|
Liver |
I3C |
I3C promoted or enhanced cancer development when administered chronically to rainbow trout AFTER administration of cancer promoting carcinogen (post-initiation). |
A |
PubMed + |
Breast, liver, colon |
I3C |
continuous I3C diet for 25 weeks did not alter tumor incidence or multiplicity among surviving rats |
A |
|
Liver, Thyroid |
I3C |
Enhanced cancer development in rats |
A |
|
Colon |
Enhanced cancer development in rats; second study states I3C increased proliferation and decreased apoptosis |
A |
||
Uterus |
I3C |
study concluded that excess increased activityof carcinogenic 4-OH estrogen metabolites compared to 2-OH metabolites in the liver contributed to increased uterine uterine adenocarcinomas and/or multiplicities of uterine proliferative lesions; study showed no effect on 16-OHactivity. |
A |