
The Dr. Lodi Podcast
The Dr. Lodi Podcast empowers people to think for themselves and teaches people how to achieve optimal health, free from cancer and all other chronic conditions. Dr. Lodi shares evidence-based information and reveals the truth about cancer, health, and healing. As a medical doctor, clinical psychologist, nutritionist, historian, philosopher, and the pioneer of what has now become the definitive route for those unsatisfied with the modern cancer treatment system, Dr. Lodi will deliver information that you’ve never heard before. Tune in and discover what a True Second Opinion really means, how to Stop Making Cancer, why there is no such thing as “diseases,” and what you are TRULY capable of achieving in your life.
The Dr. Lodi Podcast
Episode 145 - 4.27.25 Nature's Intelligence Lives Within Us: We Are Our Microbiome
Dive into the fascinating world of the human microbiome and discover how these trillions of microscopic organisms aren't just passengers in your body—they're essential partners in your health journey. Dr. Lodi reveals the profound interconnectedness between our various microbiomes, from gut to vaginal to oral, and how disruption in one area creates ripple effects throughout your entire system.
You'll learn why the conventional medical approach of "killing bad bacteria" with antibiotics often creates cycles of recurring infections and dysbiosis. Instead, Dr. Lodi presents a revolutionary perspective: these microorganisms respond directly to your dietary choices, stress levels, and overall lifestyle. By understanding how to create the right internal environment, you can cultivate beneficial microbial communities that naturally suppress harmful organisms without harsh interventions.
The conversation takes unexpected turns into the mouth-body connection, where dental infections silently travel through meridian pathways to trigger problems in distant organs. You'll hear a remarkable case study of facial neuralgia resolving after proper tooth extraction, highlighting why biological dentistry matters for whole-body health. Dr. Lodi also shares cutting-edge approaches for cancer patients, explaining how intermittent fasting creates a metabolic advantage by leveraging the difference in insulin receptor density between healthy cells and cancer cells.
Perhaps most powerfully, this episode challenges the fundamental Western perspective that sees humans as separate from nature. Instead, Dr. Lodi reminds us that we are part of an incredible, living ecosystem—and true healing comes from working with our body's innate intelligence rather than against it. Ready to transform your understanding of health and reclaim your natural vitality? Th
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This episode features answers to health and cancer-related questions from Dr. Lodi’s social media livestream on Jan. 19th, 2025
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Join Dr. Lodi's Inner Circle membership and unlock exclusive access to webinars, healthy recipes, e-books, educational videos, live Zoom Q&A sessions with Dr. Lodi, plus fresh content every month. Elevate your healing journey today by visiting drlodi.com and use the coupon code podcast (all lowercase: P-O-D-C-A-S-T) for 30% off your first month on any membership option.
Learn to Thrive with ADHD Podcast
Welcome to the Learn to Thrive with ADHD Podcast. This is the show for you if you’re...
Listen on: Apple Podcasts Spotify
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Welcome to Sunday Night Live and Monday Morning Live and glad we're all alive. Those of us that are, and, uh, great, instagram's, cool. Yeah, well, instagram's always working, yay. How about the other guys? Facebook's there Yay, good morning, april and Kat, all right, great, itchy ears for a long time now. Um, anyway, cool, I'm glad we're able to do it and I'm actually on time today, which is pretty amazing. And what was I going to say? Yeah, last week, I'm sure you all know I was on Instagram, but no one else. You folks didn't realize it. So, anyway, we till a few get out, Okay, so a number of people are getting on, cool, so let's do that.
Speaker 1:Let's just get going. Let's just get going, because we never have enough time to answer all the questions, right? And of course, this here is not going to there we go, okay, so we never have time. So let's get started with them all, right? Hey, besides Facebook, anybody else on there? Youtube or anything? They? Hey, besides Facebook, anybody else on there, youtube or anything? They all get on X. Are you guys there? X? Let's just make sure we're all on and then we'll get started. Are we all on? I don't see Facebook. That's cool. I mean, oh, x here. Yeah, okay, cool, all right. Well then, that's it.
Speaker 1:Is it true that best to do a parasite cleanse around the full moon? Well, if you were going to just do a short, one-day parasite cleanse, that would be a good time because they're hatching and all that. But remember there's trillions of them that are unhatched. So how about several full moons, in other words, continuous? You've got to do three weeks on one week off, or whatever. Four weeks on two weeks off, whatever, just keep rolling. You can't just look at it as you're going to do it in one short period of time four days, five days, one week it's not anywhere near enough. So let's go on to the questions here. So we've got people going, all right, excellent, here's the questions and here's Okay.
Speaker 1:So, anyway, I wanted to get into just to remind you a few things, as you oh, what the hell Already know, but then I'm going to remind you anyway. So I think the impersonator right has kind of gone, I I think for a while. So we don't have any. I don't know if someone's I know that I'm on. I'm only on three places the inner circle, which is health and healing group, parasite group and the um cfc group group. So any other groups or any other platforms are just not me. All right, I'm on, you know, and if you go to my drlodycom, drlodycom, you'll find out where I really am, because people I don't know why people are pretending to be me or whatever. It's bizarre.
Speaker 1:Anyway. So the three groups and you should join them because they're getting I mean, everyone's starting to get to know each other pretty well now and there's a lot of really good support. Everyone supports each other, which is fantastic, you know, and you know it's an interaction between a whole group of people. It gives you a community of people who are interested in the same areas that you are. So if it's health and healing and you don't have any particular illnesses that you know of or that you don't feel sick, you don't feel badly. So the health and healing group and there's all sorts of different people on there and with thousands of years of experience, put them, putting them all together. So it's great.
Speaker 1:In the parasite group, again, if you're in the parasite group, you have automatic membership in the health and healing group plus, uh, you know, the extra benefits of being in the parasite group and and again, you're going to find the people that have had, have been through what you've been, you're going through, and they, um, were able to help each other. And then, of course, I'm a part of it, so I'm answering. And on the, on the group I'm talking about, on the, because we all have, each of these groups has, a private telegram chat group that we all, you know, communicate on 24 hours a day, so that's cool. And then, of course, the cfc, chronically fermenting cell group and do I have to really, um, explain that one again? I guess I do also known as the rockefeller word cancer, but it's clear, chronically fermenting cells. It is not an astrological sign, it's out of your body, it's just not that okay. So, anyway, um, that's what I wanted to say, all right, so it's. And, as you all know, you can on on twitter, uh, and the new tiktok, it's everything else instagram, facebook, youtube, linkedin rumble it's dr thomas lodi. Linkedin Rumble it's DR Thomas Lodi. No MD at the end.
Speaker 1:So let's get into questions, all right. And why are they so small? Oh, wow, come on, there, we go, all right, cool. So first question is how do I get rid of frequent infections with bacterial vaginosis then turns to yeast infection. It's a constant repetitive cycle, one after another. So this is so anyway, all right.
Speaker 1:So, jl, this is a and actually this is an excellent question because this question is going to is going to give us a view, although I want to answer questions and I do answer questions More importantly, I want to give you the understanding so that you could have answered the question and that you will be able to answer later questions that will come up that you don't even know you have yet, but they'll be answered and you won't have them. So see, you're going to be getting a benefit you'll never know about, but you will. You will, you'll have an understanding, okay, so let me just talk. So that's a good question. So why am I getting repeated infections? And it doesn't only have to be vaginal. You could get repeated skin infections. You know, people get a lot of times. People get recurrent abscesses of the skin, which is, you know, skin abscesses. You can have it in your colon, um, you know, ulcerative colitis and bleeding, uh, rectal bleeding and mucus and stuff. But this lady's question is specifically vaginal, so bacterial vaginosis, and which becomes the yeast infection, and then I guess it goes back and forth.
Speaker 1:Okay, but so let let me talk about what we need to all really start to come to appreciate with extreme authority. We have to understand the enormity and the profundity of our microbiome. And our microbiome, our human microbiome, it's all of the bacteria, funguses, archaea, whatever viruses are. They always include them. I don't even they don't really exist, but all right. So there's a healthy proportion of them, right, and you know like. So, for example, in the GI tract we have anywhere up to a thousand different diverse species, right, and now they have about 150 times more, actually, genes than we do. Right, to have an effect in biology you need to have genes. The DNA are the ones that have the effect. Why are they there? They're there because of the same reason that any organism is anywhere it's because it has food. If it has something to eat, it'll be there. Okay, if there's nothing to eat, it's gone. It's got to go find food right.
Speaker 1:Pretty fundamental primary um instinct, uh, leading to a whole set of behaviors and uh, lifestyle is survival number one, okay, first chakra, first on maslow's list. You all know maslow, abraham maslow, psychologist. The hierarchy of needs. First on Maslow's list. You all know Maslow, abraham Maslow, psychologist, the hierarchy of needs. First on his list, first on the chakras. So pretty much East and West came together on that one, and so it is fundamental Right. Second one, as we all know, is a sexuality, and then we move up from there. So, but in terms of motivations for human behavior, or in the chakra system, energy centers.
Speaker 1:So anyway, the, what do you call it? The? So now the vaginal microbiome, by the way, in the, in the reproductive system of a woman, right, we're talking about vagina vulva, vagina exocervex, that means the part of the cervix that's in the vagina, that's at the posterior wall, and then that's all considered the lower part of the reproductive system. The upper part is the endocervex, which is just on the other side, not in the vagina, in the peritoneal cavity, then the uterus, fallopian tubes and ovaries, all right, so that's the upper part of the reproductive system and this lower part of the reproductive system. Well, there are about five different minor ecosystems in there which have differing relative proportions of these microorganisms, but you can make a big distinction between the lower part, which is cervix, vagina, vulva, with the upper part Okay, and that big distinction in the main one is is that in the lower part there are more lactobacilli, lactobacillus, and the reason that's so important is because of relationship between estrogens and all that.
Speaker 1:It's pretty, it's. That's pretty, it's, it's fantastic. I mean to study this stuff and to learn this stuff. It's like if you, how can you be an atheist, how can you say there's nothing intelligent in this universe? It all just exploded and then fell into place somehow. Yeah, so instead of having the idiot view sorry, thank you, Eric. Okay, so, instead of having the ridiculous view, check this out.
Speaker 1:The amount of estrogen not only determines which glands inside the uterus are going to be activated the most and what they're going to produce, because they produce secretions right, which comes out as vaginal discharge ultimately but that changes and any woman knows this. Every woman knows this, because they know that the discharge is different throughout the month, and there's one time during the month, probably between days 12 to 16 or whatever of the right around ovulation, that they're different, that the discharge becomes stringy. The rest of the time, it breaks easily. All that has to do with the estrogen concentrations having their effect on the glands which have an effect on the bacteria, the microorganisms. So actually, one of the things that estrogen does is for the inside, inside the vaginal vault. There inside the vaginal vault is, um, can you not know? Okay, so the cells that line up the epithelial cells, that line the vaginal wall, under the influence of estrogen, start accumulating glycogen.
Speaker 1:Glycogen is, as you know, is, is, is, is starch. Starch in a plant, uh, uh, would be what we when we eat potatoes and rice, stuff like that. But starch in in in mammals, uh, is just uh and it's just. It's the same actually, in plants, in us. But uh, we call it glycogen and it's just glucose molecules strung together with alpha bonds and uh, we can break those alpha bonds down and produced, we can break those alpha bonds and get the glucose and get the energy from it. So that's how, what starch is okay, so in plants and in humans, but it's called glycogen.
Speaker 1:So there's a lot of glycogen that accumulates in the cells, the vaginal cells, the epithelial cells, because of the estrogen which does what? Well, that means the lactobacilli are there because their food is glucose, so they take the glucose from the glycogen and they ferment it. Right, what does that do? That keeps the pH low, all right. And the reason that's important is because, see, this is how, when we say that, you know, when we have a healthy biosis and otherwise a healthy uh distribution of microorganisms, it's because the ones that are that are helping our physiology are, uh, they produce substances that keep the other guys down, and that this is one of them.
Speaker 1:So the lactobacilli, which is why they're so important. Is that where we go with this? Yeah, right, so, um, anyway, so now they are, there's a lot more of them in the lower part with. Okay, now, what do they do? What is that? Uh, what does that acid do? That low ph that actually keeps away and kills and doesn't allow the proliferation of organisms that we don't really like, all right, that are not in our best interest.
Speaker 1:And so, also, I just I wanted to just tell you the an amazing phenomenon that blew my mind when I first learned about it, and that is that, right around ovulation, what has to happen in ovulation is the estrogen has to come up, has to, you know, it's being produced, and it comes up to a certain point, peaks, and then, and then it has a rapid deceleration. Well, it's that, and and so, when it gets up to that point, the glands, that the glands and the other biochemical um changes that it's producing, result in a when the microorganisms metabolize that these kinds of it's less acidic, it's more alkaline, just during that few day period during the ovulation. And the reason that's essential and mind-blowing is because when it's acidic it kills sperm. Sperm cannot live in an acidic environment, all right. So two things happen the sperm cannot live there, so they die, and also the mucus that's being produced it breaks apart. If you take it between your fingers and go like that, it'll break. However, during that ovulation period they're not producing a lot of acid and the mucus is stringy, which means the sperm can climb up. Right, they're heading up there and they aren't killed by the alkalinity. So it's kind of the back.
Speaker 1:Without a healthy vaginal biome you could not reproduce. That blew me away. Maybe you think that's a lot To me. So that's the interrelationship of nature that we are part of this living, breathing, pulsating, enormous, endless life. We're part of it, we're part of it, we're part of it. That's what indigenous people know. Indigenous people know that they are part of this incredible we all.
Speaker 1:I don't know what we've concluded, but I know now we're pretty much cyborgs, right, I know we don't really like the natural world. We're pretty much sitting in our little boxes with all these electronic nonsense. We're gone. We're gone. We're psychological, we're hybrid psychological, and now cyborgs, mutant cyborgs, hybrid, psychological, mutant cyborgs. Yes, welcome to the 21st century folks.
Speaker 1:And, by the way, you know what? You don't even have to have a baby anymore. You don't have to destroy your figure or anything like that. We can extract the egg. We can extract the egg, we can extract the sperm and then we can let them grow into this incubator so you don't have to worry about it. Then you have the baby, right, and you don't even have to breastfeed it, right? We've got this formula. Things are getting better. It's called progress, yeah, anyway, let's get back to this.
Speaker 1:So what happens? So in a healthy vaginal biome, right, you're going to have predominant of lactobacillus, with a pH, and then the rest of them. Are these other four groups, right, there's one, two, three and four groups and they're dominated by different organisms and based upon those other four groups, whichever one and the way you can define a group is by which organism is is, uh, predominating anyway, there are different ph levels. That's one of the fundamental end products of a biome. Is ph, right, one of them? So, um, so it prevents. What does this?
Speaker 1:What does the healthy, predominantly lactobacillus, which is 92, okay, of the organism do? It produces of an acid that prevents yeast growth prevents multiple different bacterias and viruses, right, right, it prevents them. So the ph varies with from about a ph of like four, right, remember, neutral is seven. Our blood is 7.4, which is alkaline, so neutral is 7. Our blood is 7.4, which is alkaline, so neutral is 7. Our stomach acid is like 1.5. So when we're talking about 4, that's pretty acidic. That's the healthy vaginal pH, right, it can go as high up as like a 5.3, depending on which one of those four groups are predominating during. Right.
Speaker 1:Now, this lactic acid produced in the vagina because of fermenting the glycogen which is glucose, doesn't allow the growth of chlamydia, neisseria, gonorrhea or trichomonas, right, what we call STDs. So one of the things that is to keep in mind. I don't know how many relationships have been destroyed because of the medical profession Saying that, aha, you've got chlamydia or you've got gonorrhea. It's from having sex with you. Know, if you're in a relationship and you've got a, you're committed, uh, to not have sex with other people, and then you have this they got how you did it, you did it, you disloyal, you broke my heart, blah, blah. It's just not always the case. It could have been involved, but not necessarily if a woman's.
Speaker 1:If a woman's vaginal ph changes, these guys which are there in small amounts anyway, just like if I did a throat swab on everybody, most of us have strep it doesn't mean we have strap, we have strep, not strap Strep. You understand the difference, right? It has to do with the face you make, no, anyway, it has to do with colonization numbers, all right, so, anyway. Face you make no, uh, anyway, it has to do with colonization numbers, all right, so, anyway. So gonorrhea, trichomonas and chlamydia are kind of the big what they call stds, right, uh. And then of course there's non-gonococcal. They all these terms are just nonsense. They just get you like confused and they help with nothing.
Speaker 1:So what we call that bacterial vaginosis is gardenerella vaginalis, is the name of, of the microorganism, right, okay, uh. So basically it is a vaginal dysbiosis, okay, and in addition to the diet, so what contributes to that? Contraceptives, if you're taking, uh, you know, birth control, control pills, any hormonal imbalances, obesity, having had a hysterectomy, so you don't have your upper reproductive biome is changed. A lot of things can contribute to it, right, but the gut and the most important contributor to the vaginal biome is the gut microbiome. What's very important in this, and this is really important. This goes beyond what we're talking about. So, please, everybody who's bored right now, open your ears and listen. So, the gut microbiome everyone's got a gut, all right. So if you're a man or a woman, the men turned out and say I don't want to hear this vaginal stuff. We're talking about the gut again. We all have a gut. I don't want to hear this vaginal stuff. We're talking about the gut again. We all have a gut.
Speaker 1:What do those microorganisms do? What is one of their main jobs? They have a lot of jobs. They are why we are alive. However, one of their jobs is they metabolize estrogens. Yes, they metabolize estrogens on our behalf, and I'm a man, I don't. Yes, you have estrogen as well. Without estrogen, you're dead. So men have estrogens too. So they do this by uh they.
Speaker 1:They produce an enzyme, you know, beta glucuronidase, and it is able to deconjugate estrogens and when it deconjugates them, they can go into the bloodstream and they have an effect on binding to estrogen receptor alpha or estrogen receptor beta. So if you have ER beta, or positive breast CFCs, or you have prostate excuse me or colon or lung, all these are related to estrogens. By the way, this is profoundly affected by the gut microbiome. So it's these deconjugated, unbound estrogens that are circulating in the bloodstream. Why this happens, right, is where we get most of our estrogens.
Speaker 1:Now there are they call endocrine disruptor chemicals, right, and we all know those. There's ones found in nature. It's not disruptive, they change it, like the phytoestrogens of genistein and comostrol that we get from green tea, we get from soy and all that stuff. Okay, they modify. They are also estrogens. They're actually really helpful for us because they bind to the betas which shrink everything down. So we like that, okay.
Speaker 1:But then there are artificial chemicals that are used in industrial solvents and lubricants. You know and you know they do the same thing, but they disrupt the microbiome. They don't allow them to do their job right or they make them do their job at a much more rapid pace, right, and so you know these are the polychlorinated biphenols and all those PCBs, right, these PCBs. Then there's the plasticizers, like the phthalates. There's the pesticides, which is we all know what the pesticides are, and then there's even antibacterials, fungicides, bisphenol A. All these things are artificial chemicals that disrupt the microbiome so it cannot metabolize estrogen in a healthy way.
Speaker 1:The ones in nature that the phytoestrogens do are helpful for us because that's why they're part of our food. They're considered part of our food because they're they also. So, when we think of our, our body's metabolism, we're not, like this um, separate from nature. Doing what we do, it's what we ingest and it's the organism. It's's a very, very complex ecosystem that extends way beyond our skin. But so coming down, I mean, you know, for example, pcos pretty much is a dysbiosis, a lower reproductive and upper reproductive system dysbiosis. And you wind up with, you know, low estrogen, high androgen ratios and you get PCOS right polycystic ovarian syndrome, that's what it is. It's basically an upper reproductive dysbiosis. Almost everything is a dysbiosis.
Speaker 1:So what I'm going to be saying to the lady who asked this question is we need to work on your vaginal biome, all right, so the one thing you're going to do first of all is stop taking any these antibiotics. Stop. You can go get some vaginal um probiotics right and you get, or you can uh, you know you take, they give them to you orally, but also you can get them vaginally right and basically we're talking about lactobacilli right. So you want to change your vaginal biome, but in order to do that, you've got to have a healthy gut biome, which means you have to do a fasting, a juice, cleanse colonics, clean yourself out, clean yourself out and then start eating human food, which is sorry, everybody, sorry.
Speaker 1:I know you don't want to hear this, but it's uncooked plant foods. What can I say? If you've got a problem with that, you've got to talk to God. But if you don't know about God, then go talk to nature, ask nature. What the hell are you doing, man? What are you doing? I want nuggets. I've got to have nuggets. I mean, I'm not going to go through life without nuggets, come on. So anyway, sorry about that, but the more you can eat of uncooked plant food, the healthier your gut biome will be, period, and the healthier your gut biome is, the healthier you are in every respect, in every respect.
Speaker 1:Okay, so now, but especially here, in this situation. So you've got to do that, and you can use vaginal. You get uh, get these uh, probiotics, you know. Open up the capsule, get the powder and mix it in with some water and then put it into a higher volume of water and actually do some excuse me vaginal douche and do that and start changing your microbiome. Don't you're not going to kill this or kill that, because, as you saw, you killed the, you got, you got you get the garden, and then you kill that and then the yeast pop up. You kill the yeast, then they pop up. That's because someone's going to take those empty parking spaces. All right, if you leave those parking spaces available, someone's going to take them, and if you don't have the ones that are on your side, then you're in trouble.
Speaker 1:Okay, so very, very important for us to understand all this. The relationships are incredible. So you understand. We're talking about the. Well, first of all, neurologically, the way you're thinking will affect your hypothalamus, which affects your pituitary and your ovaries and production of estrogens, and in men, it's testosterone and we make. We have estrogens as well, and we have adrenal glands and your level of stress. They all connect with what we're eating. And, yeah, so what we're eating, our state of mind, uh, all of that reflects directly on what organisms are inhabiting us, in us and on us, because they're all over every. There's no place in our bodies that are sterile. Sterile meaning no organisms. They're everywhere. So, and we need them and they're not them. We've got to change that to us All, right, so everyone has to have that as your pronouns. Your pronouns are we, us, what else? We and us? All right. So we got that All right. So we got that All right.
Speaker 1:So let's go back to your where is that question? Questions, come on, questions. Is this it? No, what is this? I don't know. Where's the how did that get there? What? It's crazy. What is all this stuff Getting closer? Come on, all right, that's the only way to do it. There we go, got it All right.
Speaker 1:By the way, it's April 28th, eighth right. What day is it for you guys? It's 29, 28? I think it's 28. I think it's 28 for us here. I don't know, you know what doesn't matter. Okay, wait, not that one. Yeah, yeah, 29th for me, 28 for you guys. I mean, yeah, okay, so here's the question now. Next one is um, how? So that was jl, now this is melissa and it's how?
Speaker 1:How do I get parasite meds for humans? Doctors cannot even diagnose properly. Doctors are, it turns out. Doctors have nothing to do with health care and you're looking for health, so that's not the place to go. Anyway, so all these antiparasitic medications will be available soon.
Speaker 1:I know I keep saying that, but it takes a while to get this together, but we're going to have a place you can go to and get them all, so that's coming to get this together. But we're going to have a place you can go to and get them all, so that's coming. In the meantime, you can send attention to my assistant at hello, at drlodycom F-A-H, and she can help get you some until we get this going. But yeah, that's one way to do it. There are other ways and lots of people if you join our parasite group, or even our health and healing, I think. But we've got a lot of resources on there of where to get all sorts of things, so that would be very helpful too. But just if you want to do this right away, send that email to her and we'll get that done.
Speaker 1:But, like, for example, there's niclosamcom, where you can get niclosamide from um lithuania. And then there's uh, oh and, by the way we talk about for humans and dogs, and it doesn't. These, these, these, these molecules, these chemicals are the same. And, uh, if it's for dogs, it just means that maybe they made it in some sort of paste that they like to lick or or something like that. You know, I mean, there's no difference in the actual medicine, there's no difference in it, right? So that's really important to keep in mind. Which is, you know the whole joe tippin story, right? The veterinarian told him it was a large animal. Vet said, hey, whenever we're uh treating an animal for uh have some sort of uh you know, um, worms, um, and they happen to have cfcs, the cfcs go away. So he said I'll try it all right. So it's the same thing. It worked with him, worked for the else. So just please keep that in mind. Um, so that's how you get it melissa for now. Now, okay, and then this is Sue.
Speaker 1:I had a gum infection for 18 months. Tooth was fine. I tried to fight the infection with fragile antibiotic three times fragile and brushing with salt and peroxide to no avail. Eventually I got facial neurology, a trigeminal nerve pain. That's terrible trigeminal neurology, very painful. I had the tooth pulled. A week later the pain was gone from my face, but I'm left with a really bad groin pain going down to my right, right down to my knee and along the abducted muscle. It's very painful to walk and sleep, and along the abducted muscle it's very painful to walk and sleep. I have a feeling it could be on the same meridian as the tooth, which was the top right molar, second from the back. I'm interested to hear if you think it could be related the infection in the gum tooth in my leg and what I can do about it.
Speaker 1:Sure, okay, I'm sure most of the people listening here understand the relationship between the teeth and the rest of the organs in the body. They're on like circuits in your house where you have, you know, the bathroom light and the bedroom light go out and you just change that fuse and they go back on. So that's a circuit. We have circuits in our body that go through our teeth and down to different organs. Okay, so they're related and this is a hundred and a billion percent, true, okay, so, anyway, excuse me, so typically, typically, when you count teeth, you start with the upper right, go all the way back to your wisdom tooth that would be number one right Go over here to 16 and 17 to 32 on the bottom. That's typically how you count. So with that system, number four and five, and then 12 and 13, right, and then 18, 19, 30, and 31. Those are all on the large intestines, but they're also the pelvic and groin area, so they go down there. So it sounds like you had. So it definitely sounds like that's what was going on with you, definitely Right. And here's the thing If you had, you said you had a gingivitis, a gum infection.
Speaker 1:So if you had a gum infection, that's a superficial infection. However, if the tooth pulling the tooth relieved that and the neuralgia, that means that it wasn't just superficial, it was also deep and it was into the nerves and into it, was into your, it got into your cranial nerves. You know trigeminal is the cranial nerve number five. It got into there and that's what caused the pain. Trigeminal neuralgia is very painful. You got into there and that's what caused the pain. Trigeminal neuralgia is very painful. But the fact that it was pulled and that went away tells us that it was a deep infection, not just superficial. All right Now, if that was now, my concern is you might have had this pool extracted by a regular dentist who I'm sorry, I'm not sorry, I'm just sorry that you have to hear it, I'm not sorry for saying it, but regular dentists are as dangerous as regular doctors.
Speaker 1:They have got to. When you go to medical school or dental school and get all your training, that is the foundation, the beginning, and now you got to go learn how to really help people. You can't, because remember what happened in 1910. How to really help people? You can't because remember what happened in 1910. Abraham Flexner, brother of Simon Flexner, wrote a report, went to Congress and then pretty soon we had Rockefellerian medicine, and that's what we have today, right, and includes dental as well.
Speaker 1:And the point is these systems not only that, they have their absolute important place'm not when you gotta have surgery, you gotta have surgery and you don't go to an herbalist, right, okay, when you've got, uh, you broke your leg or your spine or you don't, again, you don't go to an herbalist or to a uh or acupuncture, you've got to go to an allopathic, or shall I say allopathetic. You have to go to one of the allopathetic physicians who, in that situation, are not pathetic. They're actually very cool, they're very important, very necessary and they're helpful. Okay, neurosurgical, you've got to have it. You've got a tumor about to compress your spine, you've got to go for radiation. There's nothing else. You can't do anything else, okay.
Speaker 1:So remember, we are always going to do that which is necessary at the moment and is going to cause the least harm, to find our way along that path of healing so things can get in the way. Obstructions to healing, such as tumors and things like that, obstructions, they get in the way. We've got to get rid of them and if we have to use surgery, whatever we have to use to do it, we do Otherwise what you die. So, okay, so you do it. But so, anyway, I just really want to clarify that.
Speaker 1:Okay, so back to the dental, going to the regular dentist, because when they extract a tooth, they do not take out the periodontal ligament. And remember, keep in mind that muscles are connected to bones by something that are called tendons, you know, and ligaments are the same fibrous material that connects bones to bones. You've got your upper leg and your lower leg right are connected by ligaments, the anterior cruciate ligament everyone knows about ACL, you know, which often gets damaged during different kinds of sporting sports, and we have them in our wrists and in our ankles, but we also have them around here. So it's bone connected to the bone. So the teeth are connected to the jaw through the periodontal ligament. Okay, if you don't take that out, if they don't take it out, then they left it in, which means there is a superhighway for microorganisms, a superhighway right into the jaw and that's where they'll go. They're going to go up having a colony inside your jaw producing toxins and stuff like that that the immune system can't get to, because it's in the jaw, it's in the bone, you know, in the immune system you can, but it's not quite as the same as, uh, you know, in other parts of the body it's it's kind of inhibited okay. So very, very important.
Speaker 1:So I don't know if that's what happened. I'm hoping you went to a biological dentist and they took out the tooth and they uh took out the periodontal ligament and then. And then what they would have done, if they're a biological dentist, is they would have then uh, used ozonated water to clean out this, to irrigate the socket, and then they would have taken ozone gas and put that in, so it went up into the trabeculae of your bone, of your jaw, and then they would have sealed it because they would have drawn your blood and spun it and at the very top of the blood is the platelet-rich fiber in which they would have used to seal off that area. So you would have taken the, the, the, the tooth out and the periodontal ligament, cleaned it, sterilized it and sealed. It makes sense. It's called biological dentistry. I think it just get rid of the bio, just call it logical dentistry. Logical makes sense, works. Okay. So, and you've done that. Now you've taken care of that.
Speaker 1:Okay so, if it's still affecting down here, that means that's telling you if you're having an effect on your groin or your pelvic area and and that the that is uh, and you said it goes down to your knee. Uh, so obviously they didn't do that. Obviously you must've gone to a regular dentist, is it the sorry guys? Don't get mad at me. Look, I got the regular training too and I realized it didn't work. So I went beyond that. So, um, yeah, if this idiot can do it, you can do it. Doc. All right, doc, doctors like to be called Doc. I don't quite like it myself. I hate it. Hey, doc, it's weird, unless, of course, it's Bugs Bunny. Now if Bugs Bunny says hey, what's up, doc, I'm cool with that, but only bugs, all right. So it sounds like you have that infection. You have that colonization of these organisms up in that area and it wasn't sterilized and it wasn't clean. So you've got to go find yourself a biological dentist right away. You're going to make sure they're certified, not just registered or a member certified with IAOMT, international Alliance of Oral and Medical Toxicology. I don't know IAOMT. Okay, they train certified dentists to. You got to find them in your area right and right away and you'll take care of that. That what's going on. This isn't the question.
Speaker 1:Is it safe to administer cannabis oil suppositories for an extended period of time? Are there any potentially dangerous side effects? All right, so, uh well, yes and no great answer, right? Oh thanks, doc. I waited all week for you to tell me yes or no. So here's the thing. Oh, thanks, doc. I waited all week for you to tell me yes or no. So here's the thing. Cannabis is a very important herb in terms of helping restore balance in our systems. It has wonderful, wonderful effects. It can stop nausea, it can stimulate appetite when you're not able to eat and you're under malnourished. It can eliminate pain and also help healing from CFCs and other conditions.
Speaker 1:Now, the reason we wind up using it rectally as a suppository is that the outer two-thirds of the rectum, the veins that drain that area, go directly into the systemic circulation, as opposed to the proximal or first third. I don't know if everybody understands proximal and distal, but that's how it's referred to in anatomy right. Something that's closer to to the center is proximal, something that is further away and distal. But that's how it's referred to in anatomy right. Something that's closer to the center is proximal, something that is further away is distal. So the proximal one-third of the rectum drains through the portal circulation into the liver. The distal two-thirds drains directly into the systemic, you know the vena cava, right into the system. Difference is this goes through the portal circulation, goes to the liver, it gets modulated, conjugated to become psychoactive and you get high, all right. The outer two-thirds doesn't.
Speaker 1:And since you're going to usually take large amounts because you're trying to either eliminate pain, to get off narcotics, or you're trying to just help get rid of tumors, whatever it is, you're going to take large amounts rid of tumors and whatever it is, you're going to take large amounts. And if that were to go all through your liver, you'd be too. Even if you liked the feeling of cannabis, it would be too much for you, you wouldn't like it. Not even Cheech and Chong, no one would like it. It's like you get stupid high. I don't even like a little bit because it makes me stupid. But if I just, yeah. So I haven't done it in long time, years and years, years. But uh, it doesn't have that effect if you do it. So that's why people use it rectally. You take large amounts and still function. That's it now.
Speaker 1:Long term, you're saying use. I'm not sure what you mean Like. Are you talking about like six months a year? Beyond that, I don't think there'd be a reason to go too long. And if there is, that I'm not aware of. If there's a reason in everything.
Speaker 1:We should never do it continuously. We need to give it, we need to have it breaks, because nature, the fundamental reality of nature, is that it's cyclic. Nothing is continuous, it's cyclic. We have day and night, right, we have winter, spring, summer. It's cyclic, everything is cyclic, and so anything consistently there. First of all, what it does is it has, for example, in our body. If we're doing something consistently that should be in cycles, our body becomes used to it and starts to decrease its ability to have that effect. It's called downregulation, so it'll downregulate receptors and so the effect is lessened. So what is that? Again, think about that. That's an adaptive response. The body is engaging in an adaptive response because its biological needs are being thwarted in some manner. What is that that's the continuous of anything.
Speaker 1:Even breathing is cyclic. We need oxygen, but we breathe in cycle. We breathe in and out, right, so there's nothing continuous, except what in our mind. We get a little break during slow wave delta sleep. We get a short break. So even that's a cycle. It's a big set, but we only get a short time, a couple few hours a day. If you go to sleep, right, if you do proper mental sleep hygiene, but if you don't, then you're going to wind up thinking all the time. So, anyway. So would there be a problem? Yes, there would be a problem. The problem is that you would be continuous. So whatever effect you were looking for is going to be much less than you would hope.
Speaker 1:Number one. Number two anything in your rectum like that and it's a chemical is going to change the microflora. It's going because now the, the, the, the, the, sus, the food, the sustenance for the microorganisms has been modified. So to use it for short term and then, if you're eat, but you're eating healthy, you're eating human food. If you're eating human food and you're doing it, okay, that's going to be the best. But for long term, to have that in there, you're going to ultimately wind up with a completely different not completely different, but a different relative proportion of microorganisms. It's going to happen, there's no way. It cannot happen and therefore you don't want that. So what you want to do is you want to have a healthy microorganism and healthy microbiota.
Speaker 1:By the way terms again, definitions we say microbiome, we're talking about the dna, the genetics of the microorganisms in your gut or wherever they are. When we're talking about microbiota, we're talking about the, not the, not the dna of the organism, but the organism, whether it's a strep or it's a candida, whatever, that's the organism. We're not about the d. So the microbiota is really what usually people are usually referring to, but it's become a habit or common to just use the word microbiome. So, um, a microbiome that is results in assisting us from, I mean everything, every aspect of our, of our, of our physiology, including our moods. I mean there's nothing that the microbiome doesn't affect. But all of that is harmonized in perfect, beautiful, harmonic resonance with our being, with a certain relative proportion of these microorganisms. And they're there because of what they're eating. Period, period, period Period, big period, big period. All right, that's why they're there because of what they're eating. Period, period, period Period, big period, big period, all right, that's why they're there.
Speaker 1:So is it essential that we eat certain foods? If our goal is health? Yeah, and I'm assuming that our goals are health, that's our collective goal. That's why we're all here. I think collectively if we had one. So why are these guys all meeting all the time?
Speaker 1:We have this thing that we're looking for and that's called health. I would say, if you're gonna I don't know why you would need it continually for prolonged or how long is prolonged but if you're doing it to overcome your cfc problem or something like that, then it's gonna. It could be a while, but again, do it in cycles. Give yourself a couple weeks off, if you can, unless you're in severe pain, do it. You have to do this according to your situation, right, and you've got to be able to judge and remember you don't need experts to tell you.
Speaker 1:The point is this does it help you? Yes, okay. Can it be a problem? Yes, okay. How do I avoid it being a problem? Well, giving it some sort of. How do I avoid it being a problem? Well, giving it some sort of sick cycles. That's how I can do that, but I've got a lot of pain, so we have to work around and figure out how to do that. But so figure it out, and there's no expert that knows. Nobody knows this stuff. I mean, they don't know it. Most people don't. Most. One 99.99 of doctors don't know about how to get someone off of pain narcotics by using cannabis. So you can't go to anyone and ask them about that. Or if it's for whatever, all right. So anyway, what I'm saying is be your own clinician, be your own, realize that you know as much as they do. You know more because it's your body.
Speaker 1:Now, what's the next question? Next question is by Lynn Lynn Duploit. What question is what is the protocol for parasite cleanse If you do not have CFCs, just to do a complete parasite cleanse, what meds do you use and how long? All right, linda, I hope you're here today Because the what do you call it? The oh, this is oh, yeah, it's working good, okay, okay. So you don't have CFCs and you just want to do a parasite cleanse. So and it sounds like otherwise you would have mentioned it it sounds like you don't have any obvious manifestation of a parasite colonization, right? Because you didn't mention anything about seeing worms in your stool or anything like that. So just saying, okay, hey, I realize I'm human and I'm going to have parasites.
Speaker 1:Now, by the way, we'll never get rid of them because they're part're part of our, our ecosystem. They're, they're in there, they're part of it. But you want to get them down into a relative manageable condition where they're not at all causing a problem. That can happen. That's how we are when we're healthy, and it requires, um, um, minimizing exposure and making sure that your internal environment is not hospitable to these guys, excuse me, um, so, um. So basically, this they're what are parasites, worms and protozoa, right, are what we call the endoparasites, right, the ones that are inside our body.
Speaker 1:Now, there are ectoparasites, which are like scabies, and what they call crabs, scabies. And then there are these really disgusting ones that come from bot flies that are down around Central America and South America. And these flies, you know, and these flies, you know, they lay eggs and then, like a mosquito or a tick or some other vector, will find itself in the same place that the bot fly laid its eggs, and the eggs will adhere to the mosquito's legs or to the tick's legs and the tick comes and takes a bite out of you and leaves the eggs there and those eggs turn into larvae. You can't be calling me, don't call me right now. These larvae go through the skin and then migrate all throughout the body. Yeah, yeah, and they come out. Yeah, it's so, they're ectoparasites. Those you would would know, there would be no question, and you would have definitely mentioned that here in your question.
Speaker 1:So both of us are thinking about endoparasites, you know, like tapeworms and pinworms, and you know things that we're familiar with, not know it, but you know, um, for example, with if a woman has a, a fishy odor vaginal odor is fishy. You know that's a. You know, usually trichomonas is, uh, is the protozoa that causes that. Um, yeah, so anyway. So you want to take about three anti-worms. The word that is used medically is helminth, one of the stupidest words I've ever heard of, but hell, helminth, h-e-l-m-i-n-t-h. Yeah, yeah, it's spelled as stupidly as it sounds Helminth.
Speaker 1:So three anti-helminths and one or two anti-protozoa, if you have thinking that. So the anti-helminths are vibramectin, one of the benzimidazoles, fenbendazole, nabendazole, albendazole, niclosamide, and those three and niclosamide, those three together, do it, we'll get you know most worms. And then one or two anti-protozoa, nidazoxanide, also called Alinea brand name. And then what? Tinidazole? Because one of the benzimidazoles fenbendazole, nidabendazole, albendazole, niclosamide, and those three and niclosamide, those three together do it. We'll get you know most worms. And then one or two anti-protozoa, nitrozoxanide, also called Alinea brand name, and then what? Tinidazole, cousin of mitronidazole, which you might have heard.
Speaker 1:Now, what should you particularly think? If you don't have problems with your liver, you've got to make sure you do a liver test, make sure your liver is fine. Then you can take regular doses. So what I would say to you is, linda, is join the parasite group. Go to drlodycom and there's the three groups. Join the parasite group. Go to drlodycom and there's the three groups. Join the parasite group. And yeah, because there might be ongoing questions that you'll have as it goes and you'll find out where to get them and all sorts of stuff. So, yeah, join, but that's basically it. You want to get the worms and protozoa right, and then also you have to deal with fungus as well, the funguses.
Speaker 1:I wonder who was calling me just now, because it was a local call. I'll never know. Lisa, what are your thoughts on cryoablation? Is it safe and a good alternative to lumpectomy? Also, can this be performed on other CFC locations, such as thyroid neck area? Thank you All right.
Speaker 1:So a couple of let's take a look at just the nature of the question. The nature of the question is it's kind of telling me that it's not necessarily. You might not be thinking this way, but normally, usually when someone thinks I want to get rid of this thing, is that they think that's the problem A little mass in the breast or on the thyroid or wherever, in the lung or liver. But I'm not saying it's not a problem, but it is only that aspect of the problem that you can see. You can't see all the microscopic and smaller ones, all the microscopic and smaller ones, the manifestations of the same underlying condition, which is a systemic toxicity. You're not able to see that. So you're thinking that this is the problem and that if you remove it then the problem is solved. And that's just not the way it is. So as long as you know that and you know that you've really got to be dealing with this systemically by cleansing, getting rid of toxins, rebalancing everything and we all know we've talked about it, there's a whole process to begin the healing journey still want to get rid of a particular mass, I would say, unless the mass is excruciatingly painful or about to block a vital function like breathing, eating, bowel movements, urination, you know, is in a place where it can't really, you know, grow too much, like in the brain, the skull and on the spinal cord. So we might, in those cases, have to use surgery or radiation, depending on the situation. But other than that, the actual removal of something causes it a problem. It causes it to spread. Number one. Number two, it causes inflammation, which adds to the whole process and it diverts the tension of the immune system from healing that to now healing the wound.
Speaker 1:But all that being said, cryoablation can be. So there's other ways, non-surgical ways of eliminating massive, excuse me. So radio frequency ablation, rfa was done. You know we were doing that 20 years ago and it worked pretty nicely. Uh, in the liver and stuff like that. You could just ablate it with the radio frequencies, right, emf, and then, uh, you could get lung and liver. I don't remember ever doing in the breast, but cryoablation is freezing it, right and, yes, it can be very effective.
Speaker 1:Like all procedures that are done, you need to always find out that the person who's going to do a procedure on you make sure that they are, that they do this procedure frequently, and I mean at least twice a day or 10 times a week, or why? Because, regardless of their prior training and how many papers they have on the wall, it's how good they are at this now, manually. How good, how good are and you can only be really excellent is if you do something on a regular basis, right? So when you, for example, you hear a guy sit down and play piano and they go, wow, this doesn't just do this once in a while, all right, say anything, guitar, whatever, singing, so anything that people are good at, they do it all the time. So if you want someone to do a procedure on you, make sure that they do it all the time.
Speaker 1:For example, we used to use in the hospital there's a PA as a physician's assistant and PAs have had like a smaller encapsulated education that physicians have had, you know, just kind of like the nitty-gritty and it's not as long. So they're called PAs or physician assistants and they can do many things and usually, like if they work with a cardiologist, they'll be able to do what the cardiologist does and they'll be able to do the catheterizations and things like that instead of the cardiologist does, and they'll be able to do the catheterizations and things like that. Instead of the cardiologist and in radiology, we would have someone put in a port right. A port is where they put in. So we used to use this PA before we'd use the radiologist, who was well-known, because the PA did what 15 a day.
Speaker 1:Really good at my point is this doesn't that doesn't matter if the you know head of the department, of whatever, doesn't matter. What matters is do you do this all the time? So that's what you want to find out. So the cryoablation very important, because I've seen situations where which were horrible because they didn't, they weren't skilled. This is a skill. That's what I would do. I would use that and I would use other things too as well. And, yes, it could be used on thyroid, it can be used in other areas too. And again, what's good about the cryoablation versus like surgery is that you don't cause a lot of much less inflammation. Number one. Number two, you don't really cause as much spreading. So there's a lot of good, I think. Benefits over, sir, definitely over surgery. But again, think about it too. But if you just say, look, I get all that, I'm gonna do all that, but I just feel better if it's gone, then you know, then do it. Then I make sure you got the right person who does these all day long, every every day, very good at them, and say what is your data? Show me, if you did 100 people, how many have the effect you're looking for over, let's say, the next three years, five years, and how many Try to get that information from them?
Speaker 1:Now this is Lisa, and Lisa says we hear constantly that CFCs feed on glucose and sugar. Which sugar alternative, safe, safe maple syrup, raw organic honey, monk, or is it a no with active cfc's, lisa? Um, so this is another form of asking a question get that gets asked all the time and it's very important and worth repeating a million times, worth repeating a million times. And that's this. Where am I? Where did that? Where is that? No, what is that?
Speaker 1:Combination of high-dose parenteral ascorbate and alpha lipoic acid failed to enhance tumor inhibitor genie juice. Go, paul adderson. Oh my god, we got to read that, yeah, okay, by the way, I'm going going to talk about that. Alpha lipoic acid, what do you call it? And vitamin C together, okay, anyway.
Speaker 1:So, regarding sweeteners, first of all, here's the thing. Remember we have five tastes, actually four Salty, sour, bitter, sweet, and now they have a fifth one which is new. They're calling it savory. I'm not sure what that means, but I think savory is a combination of the others. But anyway, fundamental tastes, right. And then most of our experience of eating is probably 80% olfactory, meaning nose, our ability to smell, all right, and the nose is probably the most primal, right. You know, you look at dogs, cats, any, they're always smelling and they can smell things. And and not that they know they don't have a database um, they are through the nose, they're able to detect whether to go forward or not. But the nose is very important. And taste. So taste is. But as a fundamental taste we've got salt, sour, bitter, sweet and maybe savory.
Speaker 1:Okay, now, interesting is that you can, for example, savory whatever that is, if it's a combination of things or if it's an actual separate taste, whatever that is, if it's a combination of things or if it's an actual separate taste, if you can accent, shift your pleasures, your, your, your, your gustatory pleasures, to that away from the sweet. And in fact, in japan they I I forget the terms because it's been so many years, but in japan there's actually, they talk about people who are, they have a name for people who like sweets versus people who like savory. The Japanese. It's amazing, they're amazing, amazing and Japan will never stop amazing me, but anyway. So what I'm saying is that and what I have found working with people over the years is that if they come in and they say okay, and they stop eating anything sweet and they're just, and then I think within a month or two months, maybe they actually don't want any sweet, they don't like it. It's crazy. I don't know what happens. But so, ideally, what I would say is what are we talking about with sweets Again? So this is a big topic. So we're talking about sweets.
Speaker 1:Sweets are usually not usually sweets have come from carbohydrates in nature. They're carbohydrates and remember, the fundamental carbohydrate called a monosaccharide is glucose, fructose, galactose, right? Those are the main guys, and they form disaccharide. Is glucose, fructose, galactose, right? Those are the main guys, and they form disaccharides too. They're polysaccharides, which are starch, anyway, but they are what activate the sweet receptors and we have a sense of taste of sweet. Now they're necessary. Remember we have three macronutrients protein, which is really amino acids, carbohydrates and fats. We have micronutrients, but those three, and one of them is carbs, and carbs are not only there for us to extract energy from them. They also allow for the biosynthesis for our body to make other molecules that it needs to make right. It gets the carbon backbone from glucose. So carbohydrates are essential.
Speaker 1:So we can't say I don't want any. So if you're going to have them, you want them to form when they come in. They have to form in fruit, in plants. You know there's carbs in plants, there's carbs in spinach, in broccoli. I mean yeah, and so that's it. So don't think that you're going to get away from it. I'm going to do a ketogenic diet and I'm not going to have any. You can't. No, you had zero carbs, you just have zero life. Okay, so you can't be without them.
Speaker 1:I just wanted to clarify, because there's a lot of in this question is a lot of other unasked questions. All right now. So in terms of sweet sweeteners, right, they the, the, the ones that are popular, that have been, we've known, for a long time, excuse me, the alcohol ones which are, you know, you know, well known. And then there's the other ones that are called just artificial sweeteners, you know, like aspartame and saccharin and sucralose, like xylitol, maltitol, lactitol, all those. They're all alcohols, that.
Speaker 1:And an alcohol, by the way, is a molecule that is very similar is a metabolite of carbohydrate metabolism. So that's why I don't know if you've ever heard of this, but there was, excuse me, I do this once a week. I've just sneezed like 18 times, so, excuse me. So in Japan, excuse me, there was a, and it happened a lot there. People would be pulled over for drunk driving and they, they, they failed the breathalyzer test and, however, they didn't drink, but they just had a meal with a lot of carbs. It turns out that they had a, a dysbiosis, of a fungal dysbiosis, and they were converting it into alcohol, all right. So I just want to make that point.
Speaker 1:So alcohols and carbs, they're it's, they're part of the same family, and that's why you have sweeteners that will mimic it, and then you've got the other ones, but, excuse me, so what they're calling now novel sweeteners? I hate the word novel because remember, uh, what's his name? Um fakuchi, no um. Uh, what's his name? Trust the science, trust the science, trust the science. For the guy he used to be head of the uh, uh, nih, yeah, yeah, hopefully now he's being uh, taken care of, but probably not. He's probably being pampered somewhere. He's probably living on epstein island? Who knows knows? Anyway, remember, they call the coronavirus a novel virus. Anyway, I hate their terms. Stop already. Come on, are we at the 18 yet? Okay, so novel sweeteners are.
Speaker 1:The reason they're novel is because they're derived from natural sources. Why should that be novel? Okay, so, anyway, they call them plant-derived, non-caloric sweeteners. And we all think of calories, because calories gain weight. You got to count your calories, all that stuff. So plant-derived, non-caloric, so they're from plant, they're natural.
Speaker 1:Yeah, so there's monk fruit stevia, but one of the latest to come to the public's attention is allulose, and allulose is like in figs and dates. It's that kind of sugar and it has a very low glycemic response, remember. So the glycemic index is how quickly your blood glucose goes up when you eat something. The reason that's important when you're talking about CFCs is because when glucose goes up, the pancreas produces insulin, because insulin is what keeps the glucose going out of the blood and either and in the cells being used or being converted to fat and stored for later. Right, that's the job of insulin.
Speaker 1:Well, as it turns out, cfc's have about 15 20 times more insulin receptors. So you don't want to. You want to avoid that, because what's going to happen. Every time you get something spikes like that, you have a spike of insulin. The CFC is going to be able to eat more. So you get up in the morning and you eat something sweet which causes your blood sugar to go up. Your pancreas produces insulin and the CFCs eat first. Because they have all these extra insulin receptors, they eat first. The rest of your cells get seconds and thirds. So that's kind of the reasoning for this.
Speaker 1:However, you don't have to take that to an extreme and understand that you also still need carbs and that if you can keep your fasting insulin low, which is the goal then that means that your body does not need a lot of insulin. It's very insulin sensitive, the opposite of insulin resistant, which is part of the whole diabetic thing. The more insulin sensitive you are, that means it doesn't take a lot of insulin for your cells to pick it up. Cells to pick it up. Okay. So if you're fasting, insulin is three or less. You're probably very close to having the same sensitivities as CFCs. So you eat something and it's got sweet causes insulin, but you're going to eat it about the same time. The CFCs aren't going to get first than you get seconds. Why is that important? Because they need 19 times more than regular cells and if they're getting equal and you're getting equal then for them that's a relative starvation. Ok, so you get your fasting insulin low.
Speaker 1:What's the best way to keep your fasting insulin low? The longer the interval between your last meal of one day and your first meal of the next day is the best and most efficient, quickest way to lower your fasting insulin. By the way, your doctor should have measured your fasting insulin and your fasting ascorbate on day one and be following it. But I'm pretty sure that they haven't. And but I'm pretty sure that they haven't. But anyway, the average eater in the Western world has probably got a fasting insulin of but the normal range, okay, remember, this is another reason why you don't want to be normal. The normal range goes up to like 25 or 27.
Speaker 1:Crazy, that is a fasting insulin. That means that you need so much insulin to get that glucose into your cells so that they can stay alive that you would have. That means the cfcs were just they're like overfed, they're like, so no, it's too cold. You see cycles, everything cycles. My sneezing cycles, cold inside.
Speaker 1:So it's referred to incorrectly as intermittent fasting, which is absurd. It's not. It's eating health healthfully. Eating healthfully is eating one meal a day, at most two meals a day, and within a four hour window that maybe stretch it to six hours. That's it, because all that time of not eating is allowing your body to clean up, reset its metabolism, get rid of waste. Very, very important, okay, which is why we have nighttime and sleep time, because that's real important to be, you know, active and productive during the day, but it's equally important to go to sleep. If you don't go to sleep, you're not going to be productive. So not eating is as important as eating, and elimination is more important than eating. I'll explain that some other day, but anyway. So allulose is really the one that's being used the most and remember, it's a plant derived, it's normal, it's natural and that would be the way to do it.
Speaker 1:I would suggest that you try to enjoy other flavors. For example, if you eat a chia pudding, maybe you just get a coconut flavor or a cinnamon without sweet or just by itself. What we've lost is our ability to enjoy the flavors of foods right. Our ability to enjoy the flavors of foods right. People probably don't even know what a piece of lettuce or a piece of arugula or a piece of spinach tastes like anymore, because we're so used to the dressings that go with it. We don't know anymore. Do you remember?
Speaker 1:I remember when I was young, before there was a whole thing about organic, the word didn't exist. Organic meant carbon-based chemistry, biochemistry, but I would eat, take a bite out of an apple, of a tomato, and it was fantastic. I don't know what they taste like now, but I mean I get the organic ones, but I don't know what the non-organic kind of was. I think they just look like tomatoes, just like look like apples. You take a bite, it crunches like an apple but doesn't taste at all like an apple. That's what they are. But anyway, the tomato. So it's delicious and we've lost that. I would love to go back like 150, 200 years and eat the food, eat the cucumbers, and taste it. Just wow, can you imagine how it tastes so full? So we've lost that.
Speaker 1:We now combine things and we put sauces and we don't even know what the real taste of food would be. And as my hero Herbert M Shelton said, the best sauce is hunger. I love it. The best sauce is hunger, because with hunger, not appetite, hunger you get salivation. We've lost that. So one of the things we want to do is get back to appreciating different tastes, appreciating different smells, doing things consciously eating, consciously eating, consciously eating, eating, not eating. You know, listen, I'm the worst, right. I don't know why I have teeth, because I don't even chew, I just inhale my food, which is really bad, stupid. It's not bad, it's not bad, it's stupid. Um, but anyway, that's the thing about this.
Speaker 1:But if you're going to use a sweetener, I would say you go for the allulose. At this point, monk fruit is okay and allulose is. I'm not sure how you buy it, but remember, like it's the kind of, it's the sweetness that you get from raisins and sugar, raisins and figs and things like that. All right, now, where are we? So, lisa? That was that. Lizzie, when you have neck CFCs, can it quickly travel to the brain? How can I prevent it? I eat plant-based on all supplements.
Speaker 1:You discuss juicing, cleansing, intermittent fasting, biological dentist, grounding, and still it came back, even though thyroid removed. So, lizzie, you mentioned biological dentists. The reason I question that is because there are so many that are not like any group of people who do something. They're not very good at it a lot and they don't really know how to read uh, 3d cone beam cts very as well as other people, and then their skills aren't as so I don't know. Because if you're having the thyroid we're talking about, there's certain teeth that are very much related directly on that meridian and it's the same as breast, stomach, pancreas, spleen, depending on which side.
Speaker 1:But that's that number one. Number two I would go get, I would, wherever you are, I'd go find Dr Emma Abramayan in Glendale California, emma Abramayan in Glendale California, and if she says, she says but that's what I would do, just to make sure, if you get that out of the way, that's's what I would do, just to make sure. Get that out of the way, that's everything. That's everything. Now the next thing is you've got to continue to cleanse. Okay, because number one, number two we either have not completely eliminated the source of toxicity number one source of toxicity number one and or number two is the tumor microenvironment has sufficiently paralyzed the immune system so that it can't do its job. So it's usually a combination of those.
Speaker 1:So how do we deal with it? We continually cleanse and recheck. Do a juice cleanse, prolonged juice cleanse. Six weeks, eight weeks, prolonged juice cleanse. Colon Colonics. Go to bed early. Go to bed early. Go to bed early, that means latest 9, 930. Latest, okay.
Speaker 1:And then when you resume eating, you will eat only human food for a while, nine months, as long as it takes, until you get on the other side. You want to get on the other side. You want to get on the other side now. And the reason I say that? Because if you're talking about, if you're concerned about the brain, remember the. The most direct route is through the teeth in the mouth. Now, just because the thyroid is here and the brain's there, it wouldn't matter. The breath is not, it's not that much, you know.
Speaker 1:And usually the whether or not a tumor in a particular location of CFCs goes to the brain has to do with the drainage systems of those tissues. So breast go there, and the lung, the lymphatics and the blood vessels and other ones that go there less frequently to the brain, they do it less frequently just because, again, because of drainage patterns, of all that. So that really is what has to do with it. And it's not and don't think of the because the thyroid has this close, but the breast is still not that far. The liver, lung, they're not too far. So it's not the distance, okay.
Speaker 1:So, and then, as far as the tumor, microenvironment, first of all, I'm not sure how old you are, but if you're 40 or older, then your thymus gland is not really producing enough T cells, and so you should get a peptide called thymus and alpha-1 and give yourself subcutaneous injections, about 2 mg a day, for at least 30 days, and then every other day. I didn't lose anybody, right? It just told me I'm signed out of my zoom account because somebody else is in it. Weird, somebody's in my zoom account. Alright, so the thymus and alpha, one very important um. So if you're 40, remember, if you're 40 years old you've already lost 70 of your thymus function.
Speaker 1:What is your thymus? It's the gland that sits underneath your chest bone. Here, get up high, um, like right between the upper parts of your lungs, right up there. It's largest at around the age of 12 or 13. It's the most functional, like the day after birth, maybe even in utero, when you're in the uterus, but anyway. But it starts to decline and what happens is the actual gland gets replaced with fat and it's called thymic. So's, at the age of 40 it's about 70% gone, and men it's completely gone by 65, women a little longer. But anyway, the point is this even at 70%, right, you need t-cells. That's how you get natural killer cells, that's how you get your, your activated killer lymphocytes. You mean you need to your t helper cells, cetera, et cetera, et cetera. So that was an alpha one.
Speaker 1:The second one you want to get is a peptide called methionine enkephalin, which is a five-amino acid peptide. Normally, usually, usually not usually it is produced by the brain and by the sympathetic ganglia, which are little kind of nuclei of the sympathetic nervous system which, as you probably recall, is part of the parasympathetic and the sympathetic, and they need to be in balance, right. So the sympathetic ganglia and also the adrenal cortex, you know the outer part of the adrenal gland that produces adrenaline, cortisol also produces this and it has an incredible effect on your immune system. Why? Because it is part of the endogenous opiates, those opiates that our body makes right, and that's the word enkephalin and uh. The reason that's so important is because endogenous opiates don't only have an effect on pain, but they also there are opiate receptors on our immune cells, our macrophages, our t cells and uh natural cells, all those cells. They have uh opiate receptors.
Speaker 1:Okay, so which is what? Which again reminds us that, what it reminds us that, uh, the body is wonderfully and divinely complex and incomprehensible, right, and that you'll never have. You'll never have one thing in the body, one like, for example, estrogen or thyroid, or any of these secretions, or this peptide or that protein Remember, our body makes about 30,000 proteins and our body makes about 300,000 peptides, which are small proteins, and they all have an effect. But they don't just have one effect, like, for example, estrogens, don't just do this, they affect your coronary arteries, your cerebral function. Same with the testosterone. The effects on the genitalia of testosterone is like number four or five on the list. Number one is the brain, then the heart, then the heart, then the brain, then the muscles, then the metabolism and then the genitals. So we only think of usually one or two.
Speaker 1:We have to realize that there are multiple functions of almost everything in our body, and so one of them, the opiates. They're called endorphins because we first discovered them in relationship to opiates and so it got that name. But that's not what it is. It does many, many other things. It's kind of like the BRCA gene that it's got. Nick, that's probably names, and what you, you've destroyed. You, you've, you've, you've, you've, you've, you've, defined it into this little. You've encased it, imprisoned it. That's not what it is, okay. So the points that are having a wide effect, but probably the main ones.
Speaker 1:So this methionine and enkephalin, its job is to modulate, mediate the neuroendocrine system and the immune system. What is the neuroendocrine system? The brain, the pineal gland which produces epithelium, melatonin, and then, so that, the neuroendocrine pituitary which controls all the other hormones. So the neuroendocrine system and the immune system, because they work together. That's why the thyroid if your thyroid's not balanced, your immune system won't work. If your adrenal glands aren't working with your thyroid and they're not balanced, your immune system won't work. If you don't have a thymus gland because you're older, then your immune system won't work If your melatonin is. So all of these things we have to bring in harmonic balance and that's what we do. We restore balance.
Speaker 1:One of them is take the thymus and alpha-1 for your situation. Two is uh, get the methionine and keflin and that way you would do uh usually get a vial of 20 milligrams and you can reconstitute it with one cc sterile water and then you use half of it in the morning, half at night. So you do that subcutaneously and you do that again for at least a month, and then every other day to wait, to, to, to, to undo the immune suppression that is caused by your the tumor microenvironment. Nothing else does it, by the way, but vitamin C and all these do affect the tumor microenvironment as well. So if you're doing those plus this, it's fantastic.
Speaker 1:And then the king of them all, the queen, queen of them all, the emperor of them all, is the mind. It can change everything, no matter how great you're doing with everything. If you're in fear and angry or whatever, in trouble, it's going to shut it down. Okay, and just the opposite as well. Right, you can be in trouble, but if your mind is, you can get out of that show.
Speaker 1:I just hear which peptide did you just say it's also known as MENK, for short MENK, or MET5. Five, because there's five amino acids methionine and keflin. So thymus and alpha-1 and methionine and keflin. All right, so right. So just to follow up a little bit here.
Speaker 1:So my thoughts on soft tissue sarcoma in the pelvis area, parasite fungus oh, it's everything, you do everything all the time. Excuse me one second, there's somebody here, hold on. All right, I'm sorry about that. So soft tissue sarcomas listen, sarcomas, like any other carcinoma, are, you know, the same factors going to produce? What a weird little osmo. This is Okay. Okay, there we go.
Speaker 1:Soft tissue sarcomas or bone sarcomas, you know, osteosarcomas are the same as carcinomas. They all have the same sort of, they all have their. It all is the same thing. Remember it's still. Cfc is chronically fermenting cells. The reason they're fermenting is they lost their mitochondria, an adequate number of mitochondria to engage in oxidative phosphorylation, so they have to ferment. So that's always no matter where tissue it starts in, it's still the same thing had to have happened. So, buddy, but yeah, so, yeah, we do so for PS, so we do look at the parasites, but all of that stuff, the cleansing, cleansing mouth it's always the same. So don't think it's different. They have us believing that everything's different and unique and it's not okay, it's not, I promise you okay.
Speaker 1:Now the end and my thoughts on bovine adrenals to support adrenal health fatigue. Yeah, okay, but uh, I prefer to stay in our species and what I would do is this I have an adrenal fatigue program protocol that I I use, and that is, I replace the adrenal glands produce something called hydrocortisone or cortisol, same Hydrocortisone. They don't produce the synthetic ones like prednisone, prednisone, dexamethasone they don't produce those. They produce hydrocortisone and they produce anywhere from 20 to 25 milligrams a day just to keep our body. That's what we need for staying alive. And so if you replace that and you give five milligrams of the hydrocortisone four times a day, then you've replaced that, so the adrenal gland doesn't have to do that and the hypothalamus is going to say, okay, we've got enough around, we don't need to make any more.
Speaker 1:However, if you do something strenuous or you're afraid or you get anything that calls for an adrenal response, you're still able to do it. You're not suppressing it. You're just like hormone replacement. You're just supplying what is necessary for everyday functioning, but you're not replacing it, you're not suppressing it or anything like that. Okay, so understand that.
Speaker 1:So you do that, and while you're doing that, you're going to make sure you have enough DHEA, because that's another hormone that the adrenal glands need, that they produce. And you want to make sure you have enough vitamin C, because that's another hormone that the adrenal glands need, that they produce. And you want to make sure you have enough vitamin C, because that's necessary to make all these things, for the adrenal gland to make all of the products that it makes. Then you're going to do things like ashwagandha and there are other adaptogens, other herbs that can be used, and the reason is that I just think it's best to stay within our species, because initially, with cell therapy, they were using stem cells from animals and, of course, they knew that the stem cell of an animal is not going to turn into a human cell, but they were relying on the growth factors being produced by these stem cells, so it had a benefit. But there's also you're getting there, it's not quite the same the microflora there's. There are significant differences between uh species, and I just stay in our species. And how can we augment our species ourselves with, uh, you know, plant foods and things like that.
Speaker 1:So, um, I gotta get back to these. I can't ask you, you guys please join the group so that we can interact like this, because I've got to stay with the people that sent in the questions. Uh, anyway, I hope I helped you, lizzie, with um, with the thyroid and by iodine, and there's so much more to do with your. Join the cfc group please, uh, but iodine. There's a lot of things that we need to be doing with you, lizzie, okay, now here's liz, same person. Okay, you mentioned with thyroid or breast cfc.
Speaker 1:You can put lugols on the area. Can we mix in pokey oil or castor oil? How does it work to shrink cfcs? Also, should we be ingesting at the same time? And smoothies, etc. Yeah. So, lizzie, um, you gotta join the cfc group, but in the meantime I, I, I don't know what you can mix with the iodine and what you can't, because iodine is, uh, the lugol's is um, potassium iodide and molecular iodine. All right, and you have to, uh, you're welcome.
Speaker 1:What you have to realize is that the but we, here's what we don't know about chemistry. If we mix two things together, do we know if they're going to react? So usually they can assume that they will in some one way or another. And if I want to get the effects of one thing and I don't want it to be augmented, I'm going to do it alone. So I would just do that alone. So you could do the other oils if you want at another time. But I would say do this Now.
Speaker 1:The iodine, yeah, you put that on there, because how does it work? It's the okay in multiple ways, but the molecular iodine. Actually it prevents the CFC from dividing. It can't continue to grow. And it's so effective that if you have enough, and then you've got the iodide part of it too, which can cause, produce a salt bridge with a cation, with a positive charge. So a positive charge on your cell and iodide they come together and produce a salt bridge and kind of spills its guts, kills it in that way, but the iodine is much more powerful, the iodine there and but the iodine is much more powerful. The iodine there. And then the iodine also is a necessary cofactor in estrogen metabolism. So many, many, many important things.
Speaker 1:But if you have enough iodine in your body, so you've been eating it, you've replenished it. So you take 25 milligrams of Lugol's tablets or the iodolol because they're easier to get. For some reason Iodoral is the only one that is exactly the same formula as Lugol's in tablet form. 25 milligrams a day. Now the maintenance dose is 12.5 milligrams a day and we base that on the fact that Japanese, eating a standard, typical traditional diet, are getting about 13.8 milligrams a day. So 12.5 would be maintenance.
Speaker 1:But if you need to fill up the deficit because you haven't been getting enough your whole life, then you would be taking 25 milligrams a day and it takes about a year, year and a half. Then you can go down to 12.5 milligrams a day. Now that what you're taking orally is for the entire body, but if you have a particular problem, like breast or thyroid, and you're putting on, that's different. Still, do that Because, remember, when you're doing all this too, because the iodide in there is going to, it can tell your thyroid to slow down. You've got to be measuring, you're doing your basal body temperatures and using your basal body temperatures to adjust the amount of extra thyroid medicine you'll be taking, like ThyroVans or some other uh Westroid or, if you want, if you did, a synthetic one which is like um, you know, cytomel and um, um and uh Synthroid which is Levothyroxine. So there are, there are, there are, there are, there's the