I want to thank the organizers of this conference for inviting me. It's a little bit unusual, I think, to have an eye surgeon speaking to physicists but nevertheless I'm honored that you would allow me to come and share some thoughts with you about the role of voltage in the body. Now, I always start my lectures by announcing that I'm not speaking with my Texas MD license.
The Medical Board in the state of Texas does not allow its physicians to talk about anything that's not standard of care medicine and of course standard of care medicine is pharmaceutical medicine, surgery, and physical therapy and obviously what I'm talking about today involves other thngs. So I'm speaking today with my Arizona homeopathic and integrative medicine license. I want to acknowledge certain people that have contributed greatly to much of the information I'm going to share today.
This is the Tennant Institute staff and we have dr. Marr and dr. Hyde in the audience with us and if there are those of you who become intrigued by some of the things we're talking about, they'll be happy to help demonstrate to you how all of this works.
In addition, I want to acknowledge Eileen McKusick whom you heard speak this morning and her major contributions to this area as well, so thank you Eileen. So what are emotions? Well, people talk about having them but most people don't have a real, good definition of what they really are and how they work.
In addition, as in the over 50 years I've been in medicine, people have talked, sort of in passing, about the mind-body connection but I found it was difficult to get anybody explain to me what that meant. How does that really work? Well, they say well, you know, if you have emotions it makes you get sick okay?
How's that work? And I found it difficult to find any solution or answer to that question. So the reality is that none of us can get through life without having emotional events.
We have losses; loved ones die or disappoint us, our dreams go unfulfilled, we go bankrupt, we have car wrecks, we suffer injuries, all sorts of things happen and then of course we now have this big epidemic in our country of soldiers returning from war and committing suicide. So this business about post-traumatic stress syndrome is of course, become a major issue for us and nobody really knows very well how to handle it and here's a list of all of the various things that can happen with that but we find that more and more people that aren't soldiers are having post-traumatic stress syndrome as well. So we need to get a handle on how to deal with that.
Now, when this Time magazine cover came out, we were only losing one soldier a day, now it's up to 20 a day so 20 of our veterans a day are committing suicide. So we obviously need to figure out a way to deal with that. Now, the reality is that deployment and suicide are not necessarily related, in the studies that have been done.
But the important point, I think, of the military suicides is that pharmaceuticals are not very effective. Most people know that and the studies have been done to show that there's really not a pharmaceutical that does very much in helping deal with suicides and the emotions that go with it. And then I'm just passing through to the studies that have been published about that.
Now in my observation, if you have treatment failures it usually means you're using a wrong paradigm and so I'm going to suggest to you a different paradigm as we go through the day. But I'd first like to tell you how I ended up sitting in this chair. I'm trained as an ophthalmologist and an ophthalmic plastic surgeon and I did the majority of the research for the laser that's used in lasik surgery by the company called Visx and I had a lot of fun doing that research but unfortunately we didn't know at the time that the laser wouldn't kill viruses so as I would be treating eyes and particularly I treated this one fellow from India that had scars on his corneas and I used the laser to remove those scars but he had leukemia.
Well, we didn't know that the laser wouldn't kill viruses and so the viruses came up, off his eye through my mask into my nose and into my brain and I developed encephalitis. And so I, the result of that was that I could see a patient and know what was wrong with them but I couldn't remember how to write a prescription. And I'd, in addition to that, I developed spastic movements so I'd be sitting there and do something like that which doesn't work really well if you're operating inside somebody's eyeball.
And so, for all of those reasons I had to quit working at the end of November 1995. So I spent about 16 hours a day in bed sleeping and I had two or three hours a day in which I could think clearly enough to understand a newspaper and there like a light switch would go off and I couldn't understand it anymore. So during that 2 or 3 hours a day I could think, I had to figure out how to get myself well because the best doctors I could find at NIH in Boston and New York and wherever just said well you got three viruses in your brain, we don't know what to do about it, go home and don't call us, we'll call you.
So during that two or three hours a day that I could think, I began to try to figure out how to get myself well and I began to think about the fact that all the cells in the body work very much the same even though they look different but that if I could figure out how to make one cell work, I could make them all work. And so I went out and bought 10 or 15 books on cellular biology and started to reading them which I hadn't done for about 30 years. And one of the things that resonated to me with those various books was that each one talked about the fact that cells are designed to run at a pH of 7.
35 to 7. 45. And so I didn't really know too much about pH, I remembered there was something about, have to do with acid-base balance but I didn't really know a great deal more about it.
So as I began to look at pH, I began to realize that pH describes voltage in a liquid. So if you think about the wires that are bringing the voltage into these lights and to your computers etc, that's conductive electricity of course with electrons flowing through a copper wire. But if you talk about a solution, a solution has the opportunity to be either an electron donor or an electron stealer.
So in order to figure out which it is, use a sophisticated voltmeter, or so to speak, called pH meter. And when you measure a liquid with a pH meter, it will give you either the pH or you can flip a switch and it will give, read it out in millivolts. So the reality then is, voltage in a liquid we call pH and by convention, if you find that the solution is an electron stealer, you put a plus sign in front of the voltage and if it's an electron donor, you put a minus sign in front of it and then you convert the voltage that you measure with a logarithmic scale going from 0 to 14 and call that pH.
So plus 400 millivolts of electrons stealer is the same as a pH of zero whereas minus 400 millivolts of electron donor is the same thing as a pH of 14. And if it's neutral, if it's neither electron down or electron stealer, then that's a pH of seven. So when we say that cells must run at a pH of 7.
35 to 7. 45, we are saying, cells must run between minus twenty and minus 25 millivolts. Well, that was a wowser for me, guess what- -cells need energy to work, that makes sense.
Now by the way, people sometimes get confused with these numbers because if you take a cell in a petri dish and you put an electrode inside the cell and one outside the cell and you measure across the cell membrane, you'll get about -90 mV but hopefully not very many of you have your cells in Petri dishes. But in the environment of this body, they're designed to run at minus 25 minus 20 to minus 25 millivolts. So one of the things that you will find is the characteristic of essentially all chronic disease is that you have low voltage going to that organ.
So we are constantly wearing ourselves out and needing to make new cells. So what I'm seeing here is, one slide behind that one apparently. OK, so we are constantly wearing ourselves out and having to make new cells so the macula in your eye today is only 48 hours old, in other words, you get new cells in the macula every 48 hours.
The lining of your gut is three weeks old, the skin you're sitting in today is six weeks old, your liver is eight weeks old, and your nervous system is eight months old. So we are constantly wearing ourselves out and having to make new cells. So it turns out then, the chronic disease only occurs when you lose the ability to make new cells that work.
Let me say that one more time, chronic disease only occurs when you lose the ability to make new cells that work. Well, if that's the case then, we need to ask the question, what does it take to make a new cell that works? Well, as I mentioned, it takes minus 25 millivolts for a cell to run but to make a new one, takes double that, it takes minus 50 millivolts.
And then, in addition to having the voltage to make new cells, we have to have all of the nutrients to make a new cell. So if your house gets blown down with a tornado and you have to build a new one, guess what? You have to have everything you need to 'bake' it.
You can't build a new house with door knobs and bathroom tiles, you have to have shingles and rafters and doors and windows, it's that you have to have everything it takes and this is a big mistake people make when they're trying to get well as they try one substance at a time saying that well, I want to see what works. Well it's not going to work because you have to have everything, all at one time, to build a new cell. So we have to have minus 50 millivolts of energy, we have to have everything it takes to make a cell and then we have to deal with any of the toxins that are hanging around that damage cells as fast as we make them.
And the most common toxins we have to deal with are heavy metals like mercury, toxins coming out of our teeth and GMO foods with the pesticide called RoundUp or glyphosate. Now, the body actually has four different battery packs because the human body is a portable electronic device like all electronic devices it has to have a battery pack or multiple battery packs. And so, the reality is that we have these four different packs.
Now the largest one of all is our muscles. Now our muscles are piezoelectric and for those of you who aren't physicists that word, funny word piezoelectricity means that if you stress a substance and it emits electrons, that's called piezoelectricity. So when I move my muscles, I'm generating electrons which is by the way why exercise is so important because exercise is the way the human body is designed to recharge your own personal battery pack.
But the reality is also that our muscles are rechargeable batteries and so we have then these large muscles which are our main batteries and then these muscles battery packs are all hooked to our cell membranes. Now, cell membranes are capacitors so what is a capacitor, well, capacitor is a small battery and the way our cell membranes are designed is with a couple of opposing layers of funny fats called phospholipids and these fats have a ball and then two legs. Well, the balls are electron conductors and the legs are insulators so when you put them like this, you have two conductors separated by insulator which by definition is a capacitor which means it stores electrons.
And then inside the cell, we have mitochondria and inside the mitochondria we have another rechargeable battery system. When that battery system is charged up, we call it ATP and then as it gives away its electrons and discharges, we call it ADP. Well, because we have a rechargeable battery system inside our mitochondria, guess what else we need in there, a battery charger and the battery charger inside the cell is called the citric acid cycle or the Krebs cycle.
So the Krebs cycle runs on primarily fatty acids and so as you put fatty acids through the Krebs cycle, it creates electrons and for every unit of fatty acids that you put through the Krebs cycle, if oxygen is present, you get enough electrons to charge up 38 of these ATP batteries. Now in addition we have the DNA. Now DNA inside of ourselves, we generally tend to look at it from the side and we see, looks like we took a couple of steps, stepladders and twisted them but if you look at it from the top, it looks like this.
And every circle of DNA is golden mean and what that means is that it's 1. 618 times, the diameter is 1. 618 times the the height and so forth.
And any place in the universe where there is something that's golden mean or in the shape of platonic solid, it will cause implosion of scalar energy. So because our DNA is golden mean then scalar implodes into it and gives it its charge so it has the energy to do its job. So then we have, our muscles then are stacked one on top of each other in a very specific order like stacking batteries in a flashlight.
And so, surrounding these, the stack of muscle batteries, we have a substance called fascia which is very much like a stacking and of course, fascia is that shiny stuff you see when you carve the Christmas turkey. Now the interesting thing about fascia is that fascia is a semiconductor. So what in the world is a semiconductor?
Semiconductor is a collection of molecules arranged in such a way that electrons move through it at the speed of light but only in one direction. So we have then this continuous stack of fasciae going from our toes up to our brain, from our fingers up to our brain and surrounded by this stacking which serves basically as the wiring system for the body. So we have then the stack of muscle batteries surrounded by the fascia, so that every organ in the body has its own battery pack.
Because every organ in the body has its own battery pack, then we have the ability to isolate, measure that voltage and figure out why that organ is malfunctioning. Now, a stack of muscle batteries it's what's been called an acupuncture meridian. So an acupuncture meridian is simply a stack of muscle batteries.
Now, so this is an example of an acupuncture meridian called the spleen meridian and the spleen meridian. . .
(oops, go back the other way, there you go). So the Spleen Meridian starts down in the big toe, goes up the inside of the leg and then it goes, there's a special branch, as you can see, goes over to the female genitalia, then it goes around the back where it gets the adrenal glands, the spleen and the pancreas, then it goes on, up into the neck and makes a loop and hooks into what's called the stomach circuit, and then the stomach circuit gets the macula of the eye so by the way if anybody has macular degeneration, it's because you have low voltage in your stomach circuit. It powers the frontal lobes which is the thinking part of your brain, then it gets the thyroid, the breast, the stomach, the male genitalia and then back down to the big toe so it makes a loop.
So we have six of these loops of muscle batteries that provide the 25 millivolts you need for the organs to work and the 50 millivolts to repair them. So chronic disease occurs when one of these muscle battery packs won't hold a charge. So then that leads us to the question well, why won't that battery pack hold a charge?
Well, there is a checklist that you can go through to try to figure out why it won't hold, why it won't hold a charge but basically you have to look at thyroid hormone because that the thyroid hormone T3 controls the voltage of every cell membrane in the body and T2 controls the voltage in the mitochondria so you have to be sure that the thyroid hormone level is correct. Then, if you were to put a scar across one of these circuits, so if you put a scar across one of these muscle battery packs here, it's going to short it out and it'll drain off some of the voltage. So scars are, can be a significant problem but the only scars that really take you completely down are those on the main line on your main cable.
A scar across your knee or something will generally just lower it a few millivolts but enough to cause some problems. In addition, emotions are stored in the body as magnetic fields so if you have a magnetic field that's stuck in one of these muscle battery packs here, it's going to block the voltage so it won't go through. And then finally, dental infections are a significant problem because each of these circuits go through very specific teeth.
So here you see that we have this main cable that goes up the back and down the front, and then from that main cable you get the voltage coming from our arms and our legs and they come up to these lateral terminals and then from those lateral terminals they go to this central one and then it starts looping around the body and as it loops around the back, it has the option then of going out and attaching to the ganglia that are up and down the spinal cord which we call the autonomic ganglia and then from the autonomic ganglia it goes to every organ in the body. So that's the human body's wiring system and battery pack system and so, whenever you have chronic disease you will have failure of one of these electronic systems. So you simply have to start out whenever you have some sort of illness asking the question, so what's the battery pack to that illness?
So if you have heart disease you would say what's the battery pack for the heart? Well it's obviously the heart muscle battery pack. There are others that are not as as obvious, for example there's the example I gave you, a spleen stomach.
The spleen stomach circuit is the power supply for the entire endocrine system, the entire reproductive system in both males and females, the macula of the eye, and the thinking part of the brain. And of course, when that system goes out which is that one of the more common ones to go out, then you start having failure of those organ systems. So how do we know if the voltage is low in a circuit?
Well, we have the ability to measure it with certain acupuncture points, using what amounts to a specially-designed ohmmeter. Now, as we began to then identify the Power Packs that is not working correctly, we have two things in front of us, one is to figure out why that battery pack won't hold a charge and then the second is to try to recharge the battery pack while we're figuring out how to fix the reason that we got into trouble in the first place. So we have developed this device called a bio transducer that puts out both electromagnetic and scalar energy and if you simply aim it at the failing organ you can begin to recharge the cells in that organ itself and then you want to come behind it and you want to charge the muscle battery packs and these diagrams that we have here, where you see the red and the black dots, show you where to put the polarity because every battery pack, like every other battery you're aware of, has its as terminals and polarity so you take patches and you stick the patches on to where the other terminals of the battery pack that doesn't have enough charge, hook it on to the bio modulator which is a little portable device that looks a bit like a computer mouse and it puts out waveforms that are designed to implode energy and transfer energy to the cells and recharge your muscle battery packs.
So you're recharging the organ and the muscle battery packs while you're working on figuring out well why won't that battery pack hold a charge in the first place. Now, one of the interesting things is that our bodies are wired up like many circuit boards. As you know, many electronic circuit boards use Tesla resonating circuits.
A Tesla resonant circuit is a combination of a capacitor and a coil wired in parallel. And when you do that, it has the ability to communicate with other systems that are a combination of Tesla resonating circuits. So in the body, the lung is always wired to the large intestine, the heart is always wired to the small intestine, the spleen and pancreas are always wired to the stomach, the kidney is always wired to the bladder and the liver is always wired at the gallbladder.
Each of these are screeds in a Tesla resonating circuit and because they are Tesla circuits, they are able to communicate with each other. So one part of our body knows what's going on in the other part of the body because we're wired up with Tesla resonating circuits. Now, all of these various circuits in the body go through very specific teeth and so the teeth act like circuit breakers.
So if you begin to have an infection in one of your teeth, it will at first begin to reduce the voltage that's in that circuit and later actually switch it off. So the circuit we've been talking about, the spleen stomach circuit is the one that you see in yellow here, it's the upper molars and lower premolars. And so if you have an infection in an upper molar, then it's going to begin to affect your spleen stomach circuit which means it's going to affect as I mentioned your entire reproductive system, your entire endocrine system, the thinking part of your brain, and the macula of your eye.
So most people with macular degeneration have an infection in an upper molar. On the same side is their macular degeneration. Now, one of the issues then is how do teeth enter into this whole system?
Well, it turns out that the teeth appear to function similar to the way that a lymph node does in the lymphatic system. If you have infection in your lymphatic system and it goes up the lymphatics, it gets caught and trapped in a lymph node. Well, emotions are trapped in the body as magnetic fields and those magnetic fields tend to end being trapped in teeth as well.
And so, what you'll find is that the majority of chronic illnesses actually begins with an emotional event. Let me say it one more time, the majority of chronic diseases actually begins as an emotional event and that emotion is a magnetic field that starts blocking the circuit by getting caught in one of the teeth and as it does so it begins to lower the voltage in the tooth. Now, Dr Steinman showed that every tooth has within it a pump that pumps fluid from inside the tooth to inside the mouth and that's what keeps you from getting cavities.
Your kids will be happy to know that it's not snicker bars that are causing their cavities, it's the failure of this pump. So when their pump begins to fail, then infection comes from the mouth into the tooth and begins to cause decay. So, the emotion begins to lower the voltage enough in the tooth that the pump begins to fail and then you begin to get a cavity and then you begin to get a crown and then you can begin to eventually keep going until you get a root canal and then that leads eventually to having a malignancy.
So again, most of the chronic diseases occurs, begins as emotions. Now obviously there's some circumstances where that's not the case. If you were living in Tokyo when Fukushima blew up and you were radiated, obviously that's not necessarily emotional event in the sense that you may not have known you just got radiated, but it's going to make you sick.
But generally speaking, (most of the emotions) most of the chronic disease we have we can trace back to the emotion that has blocked a particular muscle battery pack by blocking the tooth that's involved with it. Now, when you look at this particular slide you might ask the question, didn't anybody ever teach you not to put so many numbers on one slide? Well, I did it on purpose because I wanted you to get the gestalt of it.
So what you will see is that the relationship, you'll see that here, that a pH of seven point three five is the same as minus twenty millivolts; seven point four four is the same as minus twenty five. So that's where our organ, our cells normally run but as voltage begins to drop then things begin to get worse and worse for us until we finally get down to plus 30 millivolts. All cancers occur at plus 30 millivolts so what you see is that normal tissue is running at electron donor which is minus 25 millivolts and as you go past zero you have flipped the polarity, that is that every battery as you know has a plus on one end, a minus on the other and as you drain a battery all the way to zero, it flips its polarity upside down.
And so, when the polarity reverses is when, and it gets all the way down to plus 30 millivolts, it's when malignancies occur. Now we don't have time to really go into that in much detail today but the amount of oxygen that will dissolve in water is dictated by the voltage of the water so as the water inside of ourselves has lower and lower voltage then the oxygen in the cell comes out of the cell and disappears and when you finally flip the polarity, there is so little oxygen capability in the cell that the stem cells recognize that signal that hey, we just ran out of oxygen here, please help! And so stem cells go over and invade the local blood supply and create a massive blood vessels that we call a cancer which is indistinguishable from a placenta in a pregnant female.
So basically all solid tumors are placentas, that is the body's way of responding to lack of voltage and oxygen. So if we begin then to think about the the way that this works, think about my thumb. My thumb is a perfectly good thumb by the way.
It's running at what voltage? -25 millivolts. Now I hit it with a hammer and I destroy some cells in my thumb.
What's going to happen is that the thumb's immediately going to go to minus 50 millivolts and minus 50 millivolts causes the arterioles to dilate and the reason that happens of course is we need the raw materials dumped at the curb there so to speak so that we can rebuild the cells we destroyed with a hammer. Well when those capillaries dilate, we get all the signs we normally call inflammation, we have redness, we have swelling, we have heat, we have a pulsing pain, and it makes you say bad words. So my thumb gets busy and it makes new cells, it replaces those that I smashed with a hammer, goes back to minus 25 millivolts and I'm a happy camper.
But on the other hand if, when I smash my thumb, if the power supply going to the thumb is inadequate to provide the -50 millivolts I need to make new cells, then my thumb won't heal and I'm stuck in chronic disease, you see that? So I can take all the pills I want, I can do all the surgery I want on the thumb, but it'll never get well until I do what--insert enough electrons to get me up to minus 50 millivolts. And so if you understand what I just told you about the thumb, you understand basically my whole lecture so I can go home now.
Oh no, wait a minute, it's still a little bit more but the point is that chronic disease occurs when you don't have enough voltage to make new cells and so as voltage begins to drop, then oxygen begins to drop and when oxygen drops there are several bad things that begin to happen. The one of the things that, as I mentioned earlier, is that you began to have less ATP which is the voltage inside the cell that cell needs to do its business. Now I also mentioned to you that as, because of the Krebs cycle being able to make, to recharge 38 of these ATP batteries for every unit of fatty acid you put through the krebs cycle, that's only true if oxygen is available.
If oxygen is unavailable, then for every unit of fatty acid you put through the battery charger, you only get enough electrons to charge up two batteries. So it's a bit like having a car that goes from 38 miles to gallon to 2 miles the gallon. Your cells become very inefficient.
Now in addition to having inefficiency of the intracellular voltage, we have problems with bugs. Now the body contains perhaps trillion bugs of various kinds and the majority of them are suppressed by oxygen but as oxygen levels begin to drop because voltage drops, then these bugs wake up and the first thing the bugs want to do is have lunch and they want to have you for lunch. Now bugs don't have teeth so that they can take a bite out of you so instead they put out digestive enzymes to dissolve your cells so they can get the nutrients.
So think about having a sore throat. The strep bacteria on your tonsils having a picnic and they're having a good old time, but you have the world's worst sore throat, you have a headache, you have a fever, you have been vomiting, you have diarrhea, your joints hurt, you have a miserable day and it's because the bugs are having their way by putting out these digestive enzymes to get their nutrients out of the cells. Now one of the things is that as voltage and oxygen drop more and more, these microorganisms lose their cell membranes so they become what have been called cell wall deficient organisms or stealth patogens.
One of the problems with that is, first of all you can't culture them. Secondly, you don't see them with a standard microscope, you need one of these fancy microscopes called phase contrast or dark field microscope. And these bugs then put out various toxins and begin to damage the local tissue and often what we call an autoimmune disease is simply these bugs having their way with your local tissue.
So as they put out their toxins, you get the signs of inflammation and swelling and so forth but if you try to culture anything or look at a biopsy of that area, you don't see anything because normal hospitals and physicians' offices don't use one of these microscopes so where you can actually see them. In these images that you see on the screen, you see these various cell wall deficient bugs inside red blood cells consuming them, in the lower right you see where I took red blood cells, put it under a coverslip on a microscope slide and let it sit there for a few hours and as it consumed all of the oxygen, you see the Lyme spirochetes coming crawling out of the red cells. So everybody in this room has Lyme disease, it's just whether or not your immune system has the ability to deal with it, whether you have symptoms from it.
So then as the voltage gets down toward plus 30 millivolts, then the cell wall deficient fungus shows up and you began to have these kinds of cells, this is a blood from a fellow who had leukemia and you can see the fungal forms in his blood that the fungus is always associated with these kinds of things. So I'm going to skip past, this is just a better microscopic view and I want to go to talk to you a minute more about teeth because that's terribly important in the understanding how to get people well. Now, if you look at the lower left image, you see a car battery that has corrosion around it which means that the alternator in that car is going to have trouble keeping that battery charged up.
Well, the tooth just above it is attached to a muscle battery but it also has corrosion and thus it also has trouble keeping that battery charged up and then as corrosion in either your car battery or your tooth gets worse over time, then it gets harder and harder and harder and harder to keep your battery packs charged up and eventually in the car battery the corrosion will come outside the battery itself and start corroding through your battery cable which now means you have a total short-circuit and your car won't start. Well, this process occurs in the body when the infection in the tooth moves out into the bone so when you have infection in a bone around a tooth it actually works just like a circuit breaker and shake takes down that circuit and then the two circumstances in which that occurs is either a root canal tooth, which is of course a dead tooth, most of you may know the way you do a root canals, you drill a little hole in the top of the tooth and you put an auger down and then you rip out the artery and rip out the nerve and kill the tooth and then you fill it with putty. You know, the problem is that now the tooth is dead and all dead tissue gets infected.
The dentists are the only physicians that believe you can get away with leaving dead tissue in the body. No other doctor believes that. So, one root canal tooth shuts down sixty-three percent of your immune system.
So and then what makes it worse is that it then gets out into the bone and when it gets into the bone it shuts off that circuit and so now the voltage drops significantly in that circuit and that's why you find in the, we looked at all the cancer patients we've seen in our clinic and ninety five percent of them are associated with a root canal or an infected bone where a tooth had been pulled, ninety five percent! So a leading contributor to cancer is having an infection in the bone around one of the teeth. Now, in addition to root canals, there's a problem when teeth get pulled because teeth are held into the bone by a ligament called a periodontal ligament.
What dentists are trained to do is wiggle the tooth, make it loose, take it out, put a stitch, and quit leaving the ligament behind. When you do that, it's very hard for the bone to heal because of the ligaments in the way. And even if the dentist happens to be one who takes the to scrape out that ligament, because the mouth is such a dirty place, often times people get infection in the bone during the first few days of healing once the tooths been pulled.
So once you, and that's called a cavitation by the way, so whether you have infection from a root canal or from a cavitation, it tends to shut down the circuit and one of the problems is that infection in the bone then tends to move over and take out the next circuit. So a huge problem is that our kids are in high school and they go to the dentist and they say oh, you got to get your wisdom teeth out. It's that old thing of whether if you go to Midas you get a muffler.
So a study came out last year showing that 65 percent of root canal extractions were unnecessary. Well, nevertheless they get their wisdom teeth pulled and now they start getting infection in that area and the wisdom teeth circuit is heart-small intestine but listen, it's the autonomic nervous system. Autonomic nervous system is the body's on-off switches.
So all of a sudden, within days after getting their wisdom teeth extracted, the kids have lost their on/off switch which means they, their bodies doesn't allow to control itself. Then, over time, it begins to move next door and takes out the spleen-stomach circuit. Now remember that the spleen circuit is the power supply to the adrenal glands so now, soon, they've lost their control panel, their on/off system and then they lose their adrenals so they can't deal with stress and so they began to become what many people say oh, he's just a teenager.
Well no, he's not just a teenager, he's lost his ability, the whole but way the body deals with stress. And so many of our kids hide themselves within electronics because within the electronics they have an on/off switch, in their body they don't so they can't deal with the real world anymore and so they hide within their cell phone and their game boys or whatever you call them. Nevertheless, this is a huge problem.
Now when you lose, I only got five minutes left, so when you lose your ability to make adrenalin, you go down the following slippery slope, you have trouble going to sleep, you have trouble dealing with stress, you have trouble with your memory and then you can't multitask. So you're sitting, reading a book or watching TV and somebody says hey, do you want mustard or mayonnaise? You become very annoyed because they have interrupted you but you don't have the mental horsepower to stay attached to whatever you're doing so you detach, you pick mustard, you go back to your book and now you can't remember your place and you're even more annoyed.
And then it gets to where you don't like any stimulus so you don't like loud noises, loud music, rowdy crowds can't be around people who are arguing and eventually it gets to where you don't even want to be touched you just want to sit in the corner and have people leave you the heck alone. And then your sexual equipment quits working and then you can't go to sleep before 11:00 and when you wake up you're still tired, all of that's due to the lack - loss of the spleen power supplying the adrenals. Well, what I've just described of course is very destructive.
If you can't deal with the life or the world, you can't be a good spouse and particularly if your sexual equipment doesn't work anymore then that's a big problem in a marriage. You can't be a good parent because kids make noise and want something from you and you have nothing to give, you can't be a good worker, you can't be a good friend you can't be good at much of anything so your life's in the toilet simply because you've lost the spleen circuit that goes to the adrenal glands and that's a huge problem in our society. Well now, Eileen McKusick spoke earlier about mapping the field of emotions and this is the traditional Chinese one so that the various circuits have these various sorts of emotions get stuck in these various particular places or in the teeth that are associated with these, Dr Banis published these and of course Eileen has published hers which is this group of where things get stuck.
And as far as the erasing emotions are concerned, because emotions are magnetic field, you can erase them with a stronger magnetic field. One of the laws of physics is, if you take any magnet and you put a stronger magnet over it, then the weaker magnet assumes the characteristics of the stronger one and so when you have these emotions that are stuck, you can begin to erase them in a variety of different ways. Now there are various groups over the years that have looked at this subject and tried to figure out how to do it, EFT, Psych-K, Emotion Codes, Psychosomatic Energetics, etc, etc, but certainly we have developed one where you can, if you can think about emotion while holding onto these hand grips with your bio modulator you could erase the emotion but when we did that we were doing one emotion at the time and of course, Eileen talked to you this morning about using her tuning fork to do it which is very effective.
What I have recently found is that, if you treat the wisdom teeth, which treats your autonomic nervous system, then you can begin to knock out, you can not only change the polarity in all of your various circuits at one time but also knock out many of emotions automatically. Now a pendulum is actually a, like a single string on a guitar and the weight on the pendulum makes the string taut so when you move, when it's moved it's actually resonating with whatever frequency the string is. So what you do is you hold this pendulum over the small intestine, heart-small intestine autonomic system and you take the bio transducer and simply put it over the wisdom teeth and you watch the pendulum and it'll always be spinning backwards if the voltage is low, counter- clockwise, and you keep holding it there and pretty soon it'll slow down and then it'll start spinning clockwise, and then you do the same on the other side again holding the pendulum over the heart-small intestine circuit, put the bio transducer over the autonomic system at where you can access it at the tooth, watch it spin backwards and in the correct way and now when you go back and check all of the circuits you've corrected the polarity in every circuit and many of the emotions that you had found out in the bio field are already gone as well.
So, unfortunately I don't have the time to talk to you about how we're wired up with polarity and how our bodies are golden mean and how implosion occurs. If you're interested in those subjects, then we have some videos that will help you in that area, plus we will be giving some demonstration if there are any of you in the audience who happen to have any emotion, anybody here? We'll be doing some demonstrations in the breakout room.
So what I've hoped to accomplish in these few minutes I had to talk with you is to help you understand that the body is an electronic device which has a multiple battery packs and the chronic disease occurs when those battery packs won't hold a charge and that getting well involves you identifying which battery packs are failing, you identifying the reason that they're failing you and fixing that so that it's basically, what we're doing is like you coming home from work and opening the fridge and it's hot in there and the lamp in the living room won't turn on, the TV in the bedroom won't turn on, and you go out in the garage and flip the circuit breaker--now everything works. Well that's the way we do medicine now. As we figure out which circuit breaker is out, go fix it, turn you back on and let your body heal itself which it does very well if it has the voltage, the nutrients and deal with the toxins.
Thank you for allowing me to be here!
