Polar switch, it's the same energy level, but we switched from having a lot of protons and acidic blood to blood, venous blood that's to alkalyn where we're not getting the waste out into the blood anymore. And that's where we start seeing. We see bacterial infection, not the friendly bacteria that we should have two pounds of in the gut, the friendly bacteria are actually eroding. They like oxygen just as much as we do. They're part of our whole ecosystem. And they make B vitamins and name they they break down fiber into compounds that feed the lining of the gut and even feed the heart muscle.

They make bulk they help us with digestion, elimination of enzymes that help us break down our food. But the harmful bacteria start showing up when there's not enough oxygen. So we're already anaerobic or hypoxic, low oxygen and That fumble state phase three. Phase Two, we've got areas in our body, maybe the colon, for example, becomes output should be acidic. lactobacillus acidophilus means acid loving. So they make weak organic acids that impede the lining of the colon feed the heart.

And that's how it should be that acidity creates a fluidity and a movement. When things become alkaline, they become more solid or fixed. And so when that happens in the colon, we have constipation and lack of oxygen and the stuffs in there too long and the harmful bacteria start breaking down. Whatever we haven't digested, especially proteins, you can putrefaction and get that smell, which is very toxic. indole from the small intestine, Scott tall from the large intestine, they're absorbed into the body. And then the kidney has to filter the now highly toxic compounds from proteins that we didn't digest.

We also in that same terrain of phase two, we get not just the harmful bacteria, we get parasites. What if we're not occupying the space? We're not digesting the food someone else is going to. And if we don't have oxygen there to feed the good bacteria, the ones who are harmful to us, well, they don't need the oxygen. That's their job. It's not that they're attacking us, it's that they're helping do the jobs that we're not doing.

We want to occupy ourselves fully, physiologically and clean up the terrain. Would you say that parasites show up stage two, or maybe already in stage three, or phase two is where he found the terrain, the conditions for parasites, and at that time, the main cause of death in in in that type of terrain, where the water supply measured the same as the blood In phase two, was bacterial protection. And the reason was this was, you know, starting in 1930s, we didn't have we weren't putting chlorine in the water to kill those bacteria. That's why we put the chlorine in the water to kill those bacteria because there can be harmful bacteria. And this would be surface waters. These are communities that got their water supply from the river from the stream.

And guess what, there's another community upstream and they're drinking the bad bacteria and polluted waters, surface waters was the issue. It's no longer so much the issue it would be if you're drinking polluted waters that are treated, but then we started treating waters and that changed the terrain of the water to a phase one water, it oxidized. It took the electrons out. Remember the phase two is alkalyn and reduced it had electrons and protons. So when we put chlorine in the water, we're killing the bacteria because now there's no electronics. They can't they.

There's nothing for them to live on Roxette. It's an oxidizing agent are oxidizing the organic matter. So there's no job for the for the bacteria to do. It's actually putting it in a low energy terrain. It's basically dead water. It actually has a high oxidizing potential it's an oxidizing agent, or even a deadly gas.

And we're exposed to that gas when you take shower and chlorinated water because we're making tiny droplets and we're heating the water and that off gases the chlorine from the the state it's in the water which is going to harm us but as a gaseous more so more directly. So we want to always take the chlorine out of the water for drinking, treated community water supplies and carbon filters are very simple way to do that. More sophisticated filtration can take out so how did this doctor deal with his patients back then. Well, he wasn't a doctor, but he developed systems measurement systems for the the physicians, and together with them to measure the blood, the urine in the saliva, the fluids in the body and measure the electrons, the Rh two factor the oxidation potential, the pH without acid alkaline balance, which is the measure of the protons.

And a third factor of these three factors go into a physics equation called the equation that, that measures the calculates energy. So So when we talk about energy and holistic medicine and and, you know, the professors and the physicians roll their eyes, oh, they're talking about energy. Again, we don't know what they're talking about. Well, in the field of European biological medicine, they do know what they're talking about. It's, if you want to talk science of energy and in a liquid medium, it's an integration. It's the electron The protons and the photons of light which determine we don't measure them directly, but they're in there.

It's the quantum energy. And we measured in terms of resistivity, or conductivity, the ionized state of things. If you have salt like sodium chloride, and it's in a table salt crystal, and you put that in a fluid, it's gonna ionize Well, that's, there's, there's light energy in that energy, that ionization energy. If we have enough light enough quantum energy, we can ionize toxins in the body, and that allows it gives them electrical charge or body's electric and allows us to move them with the current flow in the body that runs through every Meridian, and electro acupuncture vessel in the body. It's one of the ways that we clean the tissues along with the lip, which is a vascular, like. The left is like open ended pipe.

This has an end near almost every cell. There's a few tests don't have those like in the brain. But most of our tissues have these lymph vessels and then that extracellular fluid can flow out through those pipes. That's what time is diseases to finding things to or saying. So the disease's mentioned bacterial infection again, that was the major cause of death. And at that time that was finding, you know, family of parasitic infections, kind of similar.

You have also rapid aging. And at that time, most people when they died, died in phase two, often the bacterial infection or just going downhill rapidly and dying. Phase One is actually where most people die now, because we're putting the water into that phase one zone, we're avoiding the the obvious, you know, infectious agents that our culture recognizes, but we're losing less, less less on our mind that by drinking chlorine, we're, we're depleting our bodies electrons, which is we're born with lots of electrons, and we die without electron, especially in this culture. We were born with lots of water, we die without much water in our body. An infant is 90% wise, when you die when, as we get older, we get less and less. And we die.

It's maybe 50 or 60% or less. So so in phase one with low energy terrain, we start to have virus, viral infections. We have degenerative diseases, we have cancer as one of those degenerative diseases. And in the extreme, low energy, we get cancer where our body just can't, can't get the lactic acid out of out of those bells. What is a cancer cell? It's filled with lactic acid.

What's the metabolism of cancer cells? anaerobic, it's it's funny that fungal metabolism, you know, the areas that aren't getting enough oxygen from phase three on down, start to be the areas where we farm cancer. That's an area where there was damage and injury and trauma before, you know good reason maybe to find better ways of diagnosing breast cancer than doing trauma to the breast and giving it radiation that causes cancer. And I think we can look toward today in the near future where where we can create much more effective means of helping the body to heal these things than by thinking that we're going to do something to the body based on trying to, essentially to kill the diagnosis. If a diagnosis of a disease like let's take high blood pressure, the if the blood pressure is high, but really function, the body's making the pressure high.

It's trying to do something with that high pressure, usually filter blood through the tissue, especially the kidneys, which are the high pressure filter. So if we think of the measurement of blood pressure as the problem, we're going to think that it's okay to put a toxin in the body that blocks somebody's pathway that stimulates the heart to pump the blood and make the the pressure high. And so we brought the pressure down to a normal level, and we measure the pressure, we say normal people have this pressure and you have this pressure. So you're gonna get used to taking that drug unless you complain too much of side effects and you take it the rest of your life, and we're preventing an aneurysm from blowing up right. The problem is, it doesn't, doesn't solve the problem of having too many protons in the blood that's making it thicker.

We're trying to filter out to the kidneys. Now we're filtering even less and we're adding another toxin to the next we're actually adding a new disease to the picture. But what we want to do is remove causes of disease and help the body to heal itself. If we come ourselves, the healing process is something the body does a bandaid doesn't actually heal it, you know, a drug doesn't heal. So would you say that stage one stair returned to help from that stage or the final stage? Well, the what we're going to talk about in the next segment is is the path from phase one back to phase five.

And it is definitely possible not in every case. In fact, in the method that Professor Vinson came up with a measuring the body fluids, they can determine by that measurement. If a person let's say they have cancer, if that cancer is likely to be irreversible, even with the best natural medicine, but they can also determine if it's in a reversible stage. So So yeah, next time we're going to talk about that process, which is the basis of where I came up with the idea of the five phases of health as a roadmap to health. problem, whatever level of imbalance we're in, based on the half a century of European biological medicine experience where they're measuring, where the people aren't seeing that, not only as people are getting sick, they're dropping in health energy level. But as they recover, they go an energy level just to an example would be 3000 cases of spontaneous remission in the medical medical literature.

In every case, the cancer disappears in a few days. And in every case, there's a bacterial infection. So just from what I've shared with you today, you can identify that they've gone from phase one to phase two, and that's what's been in the bio electronics have been some blood tests that they've switched. There's now electrons. There's now bacteria that are able to produce enzymes that maybe were blocked in the human physiology systems, but those bacteria are able to break down the toxins that are stored in the cancer cells. And the kidneys are working well enough and there's enough support to eliminate those from the blood that person can actually heal cancer, even even systemic medicine metastasized cancer in several days, in 3000s, of documented cases of that that they call spontaneous remission.

I think it's interesting to call it spontaneous. It's as if there is no no cause or no, no, no, you know, process to it. But the process just has to do with something that's not in the control of a pharmaceutical company in a patent. But there's over 200 different bacteria that have been identified in that process and different people. And so our bacteria are enemies as we think of them in this culture. If I have a bacterial infection, is that really the problem?

It's maybe I can see it as a problem. That's an interpretation. I can also see it as a potential solution. If I have cancer. I might want to ride out fever at 100 203, even 100 405 degrees, not let it go higher than that. But there we're using hyperthermia.

We're artificially inducing fever from the outside to treat cancer now and even in western medicine. So I think there's, there's a lot that we can learn from this background of experience. So European biological medicine, watching people get well, watching them get sick and seeing that it's the same path that we walk from health to disease that we can reverse support the body in reversing that process. So in being aware of the five stages of health, what does this look like as far as what people should want to know or learn about the roadmap to better health? Well, it's, I find it super helpful when I'm, when I'm working with damages who's healing themselves? If If Let's say a person is going through a crisis.

Is that a healing crisis? Or is it a disease crisis disease crisis might be a bacterial infection that's going to kill you. And a healing crisis might be a bacterial infection that's going to heal some deeper disease. And and there are differences that we can identify. And just to realize that, either one of those is possible. Now we know to pay attention, like how are my elimination systems working?

How is my energy, how's my spirit? How's my sleep? How is my mind has, you know, those core things to who we are as as a living soul are the most crucial to watch, including elimination. I mean, if if you if you're not urinating, and you have a high fever, that's a problem, because your kidneys aren't cleaning the blood. And you can only live maybe for a day at that rate. But if you have that same level of fever, maybe the same bacteria, maybe the other stuff, are quite similar, but at the same time, you're urinating maybe more often than usual.

Maybe there's even little irritation to it. But and maybe there's exchange color odor to it. Well, that increase in elimination is a good sign sweating, the sweating you eliminate that's bypassing the kidneys maybe the kidneys can't get it out but you're sweating it out gray, you know get it out and wash the seeds because other kind of it's not just clean sweat. It's like you're getting out nasty stuff that the the the sweat is produced by the sweat glands. They're very similar way to the kidneys producing urines we call that third kidney and natural medicine. If your bowels are moving extra Now, again, there's there can be issues if you're if you have diarrhea and you're not replacing your fluid, your electrolytes net goes on.

You can talk from that that's a serious thing, but the body often when it's in a healing place. Sis, we'll use that for a short period of time a sustainable, flush and cleanse? And do we want to necessarily plug that up? Take something that stops the ballast, no, no. But we do want to replace the foods and the electrolytes and be aware of making that judgment call that triage. Am I going through a healing crisis?

So I'm on Rast and fluids and, and help support to ride that through help my body with it? Or is this a disease crisis where maybe you know, it's time for intervention, type of Western medicine or some other intervention. There's many ways there's natural ways an enema could be a really good way to intervene. It's not the natural direction of system flows, but it can sure help clean out a toxic cauldron that might be causing us to have to go through a lot more pain and suffering and time in that in that crisis. So what is your goal with this model? financial goal with the model is to have a way to, for a doctor to teach their patient to understand the healing process, that it's not just about managing the symptoms of the disease.

It's actually about hoping and praying and supporting for that transition to a whole new set of symptoms, a different disease. And where there may be a transitional period, often, most typically a day or two or three, but sometimes it could be a month where you're going through a healing crisis and there's some intensity some increase in symptoms, or when when, in a later segment, we're going to talk about regulation. But just to