Body Electric

— The Human Battery System — 

How the body's voltage can help the healing

Alkalinity or Acidity (pH) vs. Millivolts (mV)

The term pH designates Potential Hydrogen and thus a pH number corresponds also to a voltage measurement.

Where the full range of pH scale goes from a low acidic pH 0 = +400 mV to a high alkaline pH 14 = -400 mV level. Meaning in terms of the full span between upper and lower limits:

• The full pH range starts from low pH0 and goes to upper pH14
• in short: 0-14 pH
• The millivolts scope begins from the -400mV to +400mV electric charge
• in short: -400 to +400 milliVolts

Manual mV to pH conversion formulae method:

With a voltmeter, even a cheap handheld multimeter, millivolts — generated within spring water consumed and cooked with at home — can be measured.

Additional data for soil pH in agricultural practices will be added.

From voltage in millivolts to the basicity (alkalinity, acidity) calculation:

Chart: pH ≡ mV

As the below table shows, the optimum middle or the medium-neutral level of alkalinity, the normal pH balance, the state is the pH 7 number. Human blood for instance caries pH 7.5 hence reading -28.57 mV's in the pH electric similarities.

Further below pH0 or above pH14, considering also both of the corresponding volt measures outputs on each side, would form (perhaps non-existent) extremes:

pH Voltage
pH Alkalinity	Millivolts
0 pH	+400 mV
7 pH	0 mV
14 pH	-400 mV
pH equals Voltage breakout number values
0 pH	+400mV
1 pH	+342.86 mV
2 pH	+285.71 mV
3 pH	+228.57 mV
4 pH	+171.43 mV
5 pH	+114.29 mV
6 pH	+57.14 mV
7 pH	zero mV
8 pH	-57.14 mV
9 pH	-114.29 mV
10 pH	-171.43 mV
11 pH	-228.57 mV
12 pH	-285.71 mV
13 pH	-342.86 mV
14 pH	-400 mV

pH is the name given to voltage (tension électrique) in a liquid.

And a liquid can either be an electron donor or an electron stealer.

By convention, if the liquid is an electron stealer, a plus sign is in front of the voltage. If it is an electron donor, a minus sign is put in front of it. A sophisticated voltmeter called a pH meter plunged into a liquid reads out the case voltage.

• Minus 400 millivolts of electron donor are the same thing as pH of 14.
• Plus 400 millivolts of electron stealer is the same as a pH of zero.
• Neutral is pH of 7.

A pH meter gives readings of either pH or millivolts.

The use of millivolts is easier to understand.

• A pH of 7.35 equates to -20 millivolts of electron donor.
• A pH of 7.45 is -25 millivolts of electron donor.

Cells are designed to run in an environment of -20 to -25 millivolts.

Cells run at a pH between 7.35 and 7.45.

To repair and heal, cells need an environment of -50 millivolts — that is the double dose of the normal voltage.

It was 中谷 比呂樹 Nakatani Hiroki (WHO事務局長補) who used for the first time modern electronics to measure acupuncture meridians values. He worked with rather a rudimentary device (an ohmmeter) and published his work in 1951. Dr Reinhard Voll in Germany did similar work and published it in 1952. 

The body is constantly wearing itself out and having to make new cells. Cones in the macula of the eye are renewed every 48 hours. The lining of the gut is replaced every three days. The skin we sit in today is only 6 weeks old, our liver's 8 weeks old, our nervous system's 8 months old.

When electrons are running through a conductor like a copper wire, they are there or not. If the switch is on, you have an electron donor. If the switch is off, there are no electrons.

However, a solution provides a different situation. The solution may be an electron donor or an electron stealer. One measures the voltage of a solution with a sophisticated voltmeter. By convention, if the solution is an electron donor, one puts a minus (-) sign in front of the voltage. If, however, the solution is an electron stealer, one put a plus (+) in front of the voltage. For example, if a pH voltmeter measures +150 millivolts, that means the solution is an electron stealer with 150 millivolts of stealing power. If a pH voltmeter measures -200 millivolts, it means that the solution is an electron donor with 200 millivolts of donating power.

After measuring the voltage of a solution, one can convert that into a logarithmic scale called pH. A voltage of +400 mV is the same as a pH of zero. A voltage of -400 mV is the same as a pH of 14. A solution that is neither an electron donor nor an electron stealer is called a pH of seven.

pH	0	7	14
Voltage	+400 mV	0 mV	-400 mV

With this understanding, one can see that a pH of 7.35 is the same as a voltage of -20 mV. A pH of 7.45 is the same as a voltage of -25 mV. Thus we see that all cellular biology texts tell us that cells are designed to run between -20 and -25 millivolts of electron donor status!

The following chart begins to help us understand the difference between electron donors and electron stealers as it relates to the human body.

Electron Stealer +

• Causes damage
• pH 0 – 6.9
• Free radical
• Positive pole
• Destructive
• Spins left

Electron Donor –

• Can do work
• pH 7.1 – 14
• Antioxidant
• Negative pole
• Constructive
• Spins right

 Electron stealers cause damage, are a pH of 0 to 6.9, are acidic, are free radicals, are the positive pole, are destructive and at the atomic level spin left.

You will hear statements like “all disease occurs when you are acidic”. What this is really saying is that all disease occurs when your voltage is low or in an electron stealer state. The phrase “alkalize or die” means is that you must have electrons available to do work or your cells will die.

A free radical is a molecule that is missing electrons. It is like a mugger looking for someone’s purse to steal. When a free radical steals electrons from the cell, it damages the cell.

An antioxidant is a molecule capable of giving away electrons. Thus, when your mother says “ eat your vegetables “ she is saying that the vegetables contain electrons that are good for you.

We maintain our health and heal primarily by making new cells. To make new cells requires a voltage of -50 mV

• Cell Voltage
• -50
• -45
• -40
• -35
• -30
• -25
• -20
• -15
• -10
• -5
• 0
• +5
• +10
• +20
• +30

• Cell pH
• 7.88 Make new cells
• 7.79
• 7.70
• 7.61 Normal for kids
• 7.53
• 7.44 Normal for adults
• 7.35
• 7.26 Tired
• 7.18 Sick
• 7.09
• 7.0 Change polarity
• 6.91
• 6.83
• 6.65
• 6.48 Cancer occurs

Salivary and urinary pH are about 0.8 pH units less than cell pH. Salivary pH is a rough indicator of cellular voltage. Urinary pH is a rough indicator of the voltage in the fluids around cells. When normal, both should be 6.5. If you add 0.8 to 6.5 you get a pH of 7.3. This equates to -20

Cells have four battery packs out of which the mitochondria are one. The others are:

1. Muscle battery pack — Muscles are piezoelectric, which means that when engaged, electrons are emitted. In a way, muscles act like rechargeable batteries, while they emit electrons they also store them. Muscles are stacked one on top of the other in a specific order (much like batteries in a flashlight) to form a power pack. Each organ has its own battery pack, which is a stack of muscle batteries. According to Dr Jerry L. Tennant author of "Healing Is Voltage: The Handbook.", each stack of muscle batteries corresponds to an acupuncture meridian.

The muscle batteries are surrounded by fascia, which acts as a semiconductor - an arranged metabolic molecule designed to move electrons at the speed of light, but only in one direction. Together, the muscle stack and the surrounding fascia serve as the wiring system for the human body, carrying the voltage from the muscle battery inside, out through the fascia and to the appropriate organ.

2. Cell membrane capacitor — Cell membranes are composed of fats called phospholipids, shaped like a circle with two "legs." The circle is an electron conductor and the legs are insulators. They are stacked together so that there are two conductors separated by an insulator, which is the definition of a capacitor.

The difference between a capacitor and a regular battery is when a capacitor discharges, it discharges all of its charges whereas a battery discharges slowly. Each cell membrane acts therefore like a small battery (capacitor) which is continuously fed electrons from the muscle battery packs.

3. ADP/ATP battery — Inside each cell is yet another rechargeable battery system called adenosine diphosphate/adenosine triphosphate (ADP/ATP). When this battery is charged up, it's called ATP. When the battery is discharged, it is named ADP. Because it is a rechargeable battery system, there is a type of battery charger inside of the cell as well. It is called the Krebs cycle, or the citric acid cycle.

The citric acid cycle prefers fatty acids. When sufficient oxygen is available, for every unit of fatty acid put into the citric acid cycle, we get enough electrons to charge up 38 ATP batteries. If oxygen is unavailable, for every unit of fatty acids put into the citric acid cycle we only get enough electrons to charge up to two of those batteries.

Hence, when oxygen drops, the ADP/ATP battery system becomes quite inefficient. "It is like a car that goes from 38 miles a gallon to 2 miles a gallon," said Jerry L. Tennant.

4. The DNA battery — The DNA molecule measures 34 by 21 angstroms per double helix cycle. The ratio of these numbers is very close to Φ — the irrational number (approximately 1.618), usually denoted by the Greek letter φ (ph/phi), which is equal to the sum of its own reciprocal and 1, or, equivalently, is the square root of the sum of itself and 1— and is known as the golden section or golden mean. "Anytime we have something that is a golden mean and expose it to scalar energy ... scalar energy implodes into the centre and becomes the power supply for DNA," — J. Tennant.

5. Fifth Energy System — Structured Water

A fifth system that holds and delivers energy is structured water — negatively charged water found in human cells and extracellular tissues. Typical tap water is H2O, but in its fourth phase*, it is H3O2, more viscous, more ordered and more alkaline than regular water, and the refractive index (optical property) of that specific water is about 10 per cent higher than ordinary water. Its density is also about 10 per cent higher and, it has a negative charge (negative electrical potential).

This may provide the answer as to why human cells are negatively charged. Structured water is recharged through sunlight. Sun exposure structures the water in the human body which provides greater energy.

* The fourth phase of water

The key ingredient to creating EZ water is light, i.e. electromagnetic energy, whether in the form of visible light, ultraviolet (UV) wavelengths or infrared wavelengths, which surround living creatures all the time. Infrared is the most powerful, particularly at easily reachable wavelengths of approximately three micrometres. The EZ water can build on any hydrophilic or water-loving surface when infrared energy is available.

Φ Pentagram

coloured to distinguish its line segments of different lengths.

The four lengths are in golden ratio to one another.

The Electromagnetic Field of the human body is very small.

In fact, it is smaller than the EMF created by any of the electrical devices around humans, each day. There is also another key difference between the natural EMF produced by, for instance, a human being and the man-made EMFs that are produced via electrical devices; polarization, which is one of the concerns of the effects of electromagnetic fields on human health, i.e. the difference between natural EMFs and man-made EMFs. It appears that man-made EMFs tend to be polarized. Polarized EMFs are far more active than non-polarized EMFs. Polarized radiation causes a higher level of biological activity as the concentration of radiation can be intensified.

Animals, from tiny insects to large mammals, are able to detect magnetic fields. A trained dog can track down a magnet, and birds use the magnetic field of the earth when navigating huge distances during migration. While humans do not appear to have the ability to detect electromagnetic fields, the brain, in fact,  does react to changes in the magnetic field around it.

Chronic disease is characterized by low voltage. The obvious question then becomes, why won't the battery packs hold a charge? Here, a number of factors can come into play. Among the most important are:

- Thyroid Hormones - The thyroid hormone T3 controls the voltage of cell membranes while T2 controls the voltage of the mitochondria. Hence, you need adequate T3 and T2 for things to work. "What I find is that basic to all chronic diseases is that you have to make sure you get the thyroid piece right, because if you don't, then nothing else tends to work correctly," J. Tennant says.

"One of the problems is doctors are trained to look at thyroid-stimulating hormone (TSH) and sometimes T4. But TSH and T4 could be normal, but if you don't have the cofactors that it takes to convert T4 to T3, you're still hypothyroid at the cell level."

- Dental infections - As mentioned, voltage runs from the muscle battery out through the fascia to the organs. On the way, each muscle battery pack or meridian runs through a specific tooth. There are acupuncture meridian charts showing which meridian corresponds to which tooth.

According to Jerry L. Tennant, teeth act like circuit breakers, so if there is an infection in a tooth, it will lower the voltage, eventually turning the voltage off in that circuit. When that happens, the organs powered by that particular circuit will begin to malfunction.

- Scars - According to J. Tennant, scars can significantly inhibit or drain voltage. To treat scars, R. T. uses essential oils in combination with his proprietary device called the Biomodulator/Biotransducer. "Just put the Biotransducer over [the scar] until the magnetic fields are felt as gone away. That opens up the scar and now the voltage goes through it," he says. "It takes about three minutes and works great."

Emotions Create Distorted Magnetic Fields That Lower Voltage

Another really important factor that lowers your body voltage is stuck negative emotions. The body actually stores emotions as magnetic fields. J. Tennant explains:

"If you put a magnetic field in one of the body's circuits, it simply blocks the flow of electrons. So, what we found is that one of the most important things that start chronic disease is actually emotions. You can identify these emotional magnetic fields in a variety of different ways.

Work by Eileen McKusick and others have shown we're all surrounded by this magnetic field. It goes out about 5 feet ... [One of the things McKusick taught is we can take a tuning fork, strike it and we shall hear it hum.

As one moves it through the field, when it hits one of these areas of emotional distortion, its pitch goes deeper. One can actually hear it. If we can put a pendulum right where we find it, we will see the pendulum spins counter-clockwise if there is an emotional distortion there. It spins clockwise if there isn't."

To erase the aberrant magnetic fields caused by negative emotions, Jerry L. Tennant applies a stronger magnetic field using his Biomodulator, which not only can transfer electrons but also put out a variety of waveforms, including scalar energy.

Treating Macular Degeneration

Today, J. Tennant no longer practices general ophthalmology. The only eye problems he treats are macular degeneration and glaucoma, using voltage-based techniques. The macula is on the stomach meridian. "The reason people get macular degeneration is that they lose the minus 50 millivolts they need to make new cells every 48 hours," he says. "As those cells wear out, they can't get replacements."

To address it, we need to determine why there is deficient voltage in the stomach meridian. Also, it is needed to make sure the body is given all the materials needed to replace those macular cells. Nerve cells are 50 per cent cholesterol by weight, so it is nearly impossible to reverse macular degeneration while sitting on a statin drug, as there will not be enough cholesterol in the system.

Other important nutrients are animal-based omega-3 fats and fulvic acid, typically sold as "fulvic trace minerals," which provides vitamins, minerals and amino acids.

"Fulvic acid is a primary control of cell membranes because it's one of the few substances that can be either plus or minus, as it needs to be," Jerry Tennant explains. "When we take that, it provides the things we need. Of course, there's research coming out now that shows not only does it correct mineral deficiencies, but it begins to help with the way our intestinal cells interlock, and so on.

Also, fulvic acid is a great way to get rid of heavy metals because [it goes] inside the cell, grabs the metal, pulls it out, hands it off to the humic, which then takes it out of your body. In intravenous chelation, the chelating materials can only get to extracellular things, because they won't go inside the cells where almost all the metals reside."

Astaxanthin, a potent antioxidant, can also be quite beneficial. Since the macula replaces itself every 48 hours, people with dry macular degeneration may start noticing results in as little as three or four days, provided you've addressed the nutritional component as well. In many cases, J. L. Tennant has been able to restore vision to within the normal reading range.

Wet macular degeneration is more difficult, as the bleeding causes scarring and new cells cannot eliminate the scar. In these cases, the goal is to stabilize the disease and prevent further deterioration.

Treating Glaucoma

To treat glaucoma, you have to treat the liver/gallbladder circuit, as the optic nerve is on the liver/gallbladder meridian. "The optic nerve replaces itself every eight months if it has the 50 millivolts to do it," he says. "What you'll find in every glaucoma patient is that the polarity in the liver meridian has dropped down past zero, so it's an electron stealer instead of an electron donor."

You also need to treat the sympathetic system, which controls lymphatics, because the outflow channel of your eye is part of the lymphatic system. So, "to fix glaucoma, you look at both the sympathetic and parasympathetic and figure out why that's not balanced, and then you fix the liver/gallbladder circuit," Tennant says. Since it takes eight months to replace the optic nerve, it takes longer to notice results when treating glaucoma. Also, you're also more likely to merely stabilize the disease than reverse it.