Become a Creator today!Start creating today - Share your story with the world!
Start for free
00:00:00
00:00:01
Fall of the Germ (part 2) - The Terrain Model of Health
448 Plays1 year ago
In this week's episode, we are going to explore the workings, processes, and structures of the Terrain model of health. Essentially, we will delve into the electrical aspects of the body and discuss how it might be the dominant force. We will also explore the gel and crystal structure of the body.
Moving on to the Terrain perspective on modern scientific theories, definitions, and functions, we will delve into the nuances of contemporary science. We will present alternative explanations and viewpoints that have been excluded from the mainstream narrative. From a Terrain perspective, we will explain what viruses are, how the immune system functions, the role of diet, parasites, and much more.
Finally we explore some commonly known pandemics and epidemics, which are often modern sciences scapegoats. These include, the Spanish flu, Polio, AIDS, Covid and more!
I hope you enjoy the episode!
Learn from me
https://www.instagram.com/beyond.terrain/
https://linktr.ee/beyondterrain
Support the Vision
https://www.buymeacoffee.com/beyondterrain
ETH: beyondterrain.eth
BTC: bc1qqwc470ktgj3l4myqxr5hq67rnlqys0qm98u6f0
Recommended
![DNA Doesn't Exist & Genomic Nonsense with Dr. Jerneja Tomsic [Part 2] image](https://media.zencastr.com/cdn-cgi/image/width=112,quality=85/image-files/652933f3a749dc383eb375de/ce5a5fd9-98c9-44fe-9b4b-3d0cd5abcf29.png)
Transcript
Introduction to Terrain Model of Health
00:00:03
Speaker
All right, we're back everybody. Another episode of the Beyond Terrain podcast. Today we have the fall of the germ part two. Last week we touched on the history of things a little more like the history of the terrain model of health.
Terrain Model vs Modern Science
00:00:15
Speaker
This week we're going to be looking at the terrain model of health, how that differs from, you know, the modern scientific way of looking at things. And we're going to kind of get more some concrete talk about what, what is and what isn't. And so I think, uh,
00:00:30
Speaker
I think this will tie everything in that we've been talking about together very well. So I mean, without further ado, let's get into it. Last week we talked about the history of kind of the microzymah, pleomorphism, things of that nature. So kind of more the terrain theory side of things rather than the germ theory. We also talked about kind of nuances in cell biology and modern cell biology and just kind of modern biology in general and all the shortfalls therein.
00:00:59
Speaker
Uh, so we talked about things like the fourth phase of water. Uh, we're, we're going to get into a little bit more of that stuff today. Um, and how it ties into what, what our bodies are, what the terrain is, what the terrain model of health
Body State and Terrain Perspectives
00:01:12
Speaker
is. So, so today, like I said, we're going to talk about the state of the body, right? How, what, what is the body? How does it manifest? You know, what, like when we're going to be learning about the body and talking about the body, how are we going to speak of it? Right? Like, so a lot of definitions and things like that today.
00:01:29
Speaker
we're gonna look at some terrain perspectives. So kind of explaining the questions that may arise in, oh, well, now we have this terrain model of health versus the germ theory and all the questions that come up. So we'll talk about things like what is the cause of disease? What are the causes of disease? We're gonna talk about what symptoms are. We're gonna talk about how diet plays a role in this and what diet is.
Immune System Misunderstandings
00:01:56
Speaker
we're talking about the immune system and how it's a misnomer, right? It's not actually this defense system that's, you know, keeping things out and like castle walls, right? So we'll talk about things like parasites, Lyme, tetanus, those seem to be kind of more difficult things to wrap your head around, especially getting away from the germ theory of things. Those were certainly things along with fungus were the hardest things for me to kind of accept, right? So I actually went through, um,
00:02:24
Speaker
getting away from the germ theory, I went through, you know, thinking that, oh, well, viruses are not infectious or even exist per se. And, and then I moved into bacteria and I thought, you know, okay, well maybe bacteria actually don't cause disease. And I kind of convinced myself of that. And then fungus came along. Uh, thanks to, uh, Daniel Roytas from humanly, he really helped me out with fungus and then parasites. I kind of just was already in that framework of thinking of like, uh,
00:02:54
Speaker
of thinking of things in the train perspective and not that, you know, there's this infectious thing right so parasites obviously come in, perhaps, and then, but they only stay even if they do come in, they only stay if there's proper environment for them right so a lot of people talk about how heavy metals.
00:03:12
Speaker
parasites love heavy metals. So that's an interesting thought. We'll talk a little bit about parasites more, Lyme disease, another difficult one, you know, that's kind of hard to wrap your head around. Same with tetanus, right? And then so finally, we're going to look at some of the common demics that are real popular. Like we'll talk about the Spanish flu, we'll talk about polio, AIDS and COVID and more, right?
Pandemics and Germ Theory Critique
00:03:36
Speaker
So we'll kind of talk about, we'll kind of explain why it's not necessarily a germ that caused that.
00:03:42
Speaker
more of like an alternative perspective on that. That's not often talked about, but certainly has a lot of truth to it. So the state of the body. Well, the state of the body really helps us figure out the processes of the body, right? So when we understand the body,
00:04:05
Speaker
you need to understand the body to kind of understand the healing arts. You need to understand the body and its processes to understand how to heal the body and nourish the body properly. Now this is true and it's not true because if you get back to your innate natural understanding and you look at things with your instinct, you don't really need to know the workings of the body.
00:04:33
Speaker
The workings of the body are important now that we live in this modern framework where we try and understand everything. So we kind of have to propose this alternate idea, right? Because without it, you won't convince the people who think they know everything, right? You won't convince the modern biologist any otherwise unless there's an alternative way of understanding things. So that's kind of the purpose of this.
00:05:01
Speaker
I guess I shouldn't say that it helps us because innately and instinctually it doesn't, right? But we were so disconnected from that too. We're so disconnected from nature. We're so disconnected from our instincts that it's kind of difficult to
00:05:16
Speaker
to just know what's true kind of within us, right? So, you know, you can get to that point where you just listen to your intuition, right? If you're really grounded in nature and connected, you listen to your intuition and think, you know, what is right for me? Listen to your body. That's, that's the real way of kind of understanding things. And these ideas that we present here, like they're helpful in as much as, you know, you're not relying on your own,
Ancestral Wisdom vs Modern Framework
00:05:44
Speaker
intuition. Always follow your intuition. That's the best teacher. That is literally, it's what you know, right? But to align with your intuition is another thing. So I went through the modern kind of university system, school system, obviously. And
00:06:06
Speaker
through this transitioning, I did have to kind of convince myself of the other view, right? Of this kind of way of thinking. And I feel like a lot of people are kind of in that boat because when you're indoctrinated from birth, it kind of, it takes a toll. It plays a role in what you think, how you think, and the way you understand things. So that's why we're gonna talk about this today. So like we're kind of moving away from this new way of thinking
00:06:36
Speaker
this new modern biology to an even newer biology, but really it's not the new biology. I think if it's like the old, it's the old ancestral wisdom. I really think that we're getting back to ancestral wisdom. We're getting back to what's innate and what's instinctual, right? So it's just about understanding life and we've understood life in the past and it's
00:06:57
Speaker
You know, we've gotten away from that. And this is what we're trying to get back to with a more modern way of conveying the information. So that's why we talk about things like structured water, or clear morphism, or even alchemy, right? And how it all ties in, right? These are, these are going to be old ways of thinking.
00:07:16
Speaker
but in the newer framework, right? In the new way of explaining things through chemicals and states and physics and all this type of stuff and biology. So that's why this is important, right? It's kind of for the more modern thinker.
Intuition and Energy in Health
00:07:29
Speaker
But if you don't necessarily need that, it's really simple to just get back to what's,
00:07:35
Speaker
What's true to you? What's in your, what's in your body? What's, what's your heart telling you to do versus your brain per se, right? What is, what is your intuition telling you to do? That's what you can get back to. If you don't need to understand every little detail about everything, you just get back to your intuition and that will propel you forward better than any of this information could ever possibly do. So, but align yourself with nature and your intuition will tell you the truth. So that's a good way to go about it.
00:08:05
Speaker
Um, so let's talk about the body then, right? This, this new biology, this old ancestral biology, right? This, this real true wisdom. This is, this is it. This is it. Like if you look at the body, there are more microbes in the body than there are cells, right? So we're more microbial than we are cellular.
00:08:25
Speaker
And so even in that sense, it's kind of difficult to look at the body as purely cellular. Um, it's certainly greater than that. And I actually saw an article the other day and it was, you know, it was published in one of those. Esteemed journals. Uh, I can't remember the journal, but it was certainly of the modern framework. And, and the article was there are, there are more microbes in the body that we have no understanding of absolutely no understanding of.
00:08:53
Speaker
then there are microbes that we do understand. And this goes back to the Great Plate, an anomaly that I talked about in, I think it was the first episode we did. We can't culture over 99% of microbes. So it's kind of hard to study them if we can't even culture them. And obviously when there is problems within culturing microbes themselves, but culture and growing these microbes in a lab, in a little Petri dish,
00:09:24
Speaker
you know, we can't even do that for most of them. And, and it's admitted that we don't understand even the microbial system. So, you know, trying to understand the microbial systems at all should be taken with a grain of salt, right? We need to get back to what's true, what's in front
Structured Water and Cellular Biology
00:09:40
Speaker
of us, right? We can, we can have fun and look under the microscope and there's, there's a lot of truth that you could take out of that as long as you're looking at it in the right lens. But, but
00:09:50
Speaker
if you just get back to what, what is true, that's also very important too. Right. So I'll harpen on that a little bit here now to start the podcast stuff. I really want to get that, um, that point across, you know, but moving forward, we're going to talk about this, um, as is so, but, but yeah, like, like the microbes, like, like you could focus on the microbes and focus on the cells, but
00:10:17
Speaker
We're more than that, right? We don't even understand the microbial systems. That's, that's the point I'm trying to get at here. So next we have the easy water, structured water, you know, exclusion known water. Like there's, there's a bunch of names for it. Um, and, and that's really central really like looking at our bodies from that, from that perspective, from this gel like perspective, if you're going to talk about cell biology and you're not talking about structured water, well, I just think you're so far
Heart Function Beyond a Pump
00:10:45
Speaker
off of the truth. It's not even funny. So.
00:10:47
Speaker
If we're going to talk about cell biology, we're going to talk about structured water. It's really the only thing that ties all of this in at the micro level. So we got to talk about easy water, structured water. Um, obviously things like the heart. And I would assume most organs aren't as you know, we reduce the process of most organs. So like the heart is not solely a pump. It may act like a pump and may be, it may pump, but
00:11:16
Speaker
That's not enough. That's not enough to explain how our body or how the heart can pump that much blood through the vessels. And you know, that, cause that doesn't abide by physics, right? So this is where structured water comes in and helps. And even energy vortices in the heart help move that energy and that blood through the body. And you know, the blood is more of a tissue than it is a liquid, right? So there's different ways of looking at things here, right? Than just the reductionist view.
00:11:45
Speaker
Same as nerves, they're not necessarily this materialistic conduction, right? It's more than that. And I don't really understand nerves. Like overly, obviously I took my physiology courses in university and understand it from the modern biochemical standpoint, but it's not enough to explain what's going on, right? Our calculations just don't add up. If the mathematics don't add up, then it doesn't add up.
00:12:15
Speaker
So that's the thing about nerves, the heart, right? There's a, you could go through every example, um, every pretty well, every organ in the body, you know, it's, its sole purpose is going to be much more complex than we understand.
Critique of Modern Cell Biology
00:12:27
Speaker
Right. So, uh, and the cell as well, uh, you know, there's, there's problems with cellular theory. The phospholipid bilayer obviously is shortfall. Um, it's not like that's a wall holding everything in.
00:12:44
Speaker
We've obviously talked about the sodium pump, sodium potassium pump fallacies. Not that it doesn't exist, but that its purpose is different than just keeping that cell gradient.
00:13:00
Speaker
And so we went over that in the last podcast. If you want to go back and listen to that, I encourage you, the last podcast was great. We kind of touched on the scientists and their contributions to this. So we're kind of just going to take it at face value now. So the sodium potassium pump is not just this pump that keeps the gradient going, right? The phospholipid bilayer is not necessarily required for cellular function.
00:13:24
Speaker
We showed that last time too, the experiments done where you can remove the bilayer and the cell doesn't leak things out right away. You know, kind of the macro molecules go out and, and the smaller molecules, the, the, the minerals or the, the ions follow those out, right? Indicating that that structured water is kind of holding that charge. And so I encourage you to go back and listen to the podcast if you want to hear more about these things. But like I said, we're kind of taking up face value now.
00:13:53
Speaker
Um, so yeah, the cell is kind of a shortfall, right? The way we understand modern cellular biology is just a shortfall in general. Um, it just always, it always comes up short. So, uh, it's port and we're looking at things in an, in a new lens, like in a new light here, we're looking at the modern. We're looking at a newer way of looking at the cell, right? With the structured water, you know, with, um, a better understanding of physics and mathematics within the cell, right? Like.
00:14:22
Speaker
like the sodium potassium pump, the energy required to keep that gradient all the time and the charge, it would be, it's far more than the cellular's production of energy. So it just doesn't make sense. Like when the numbers don't add up, they don't add up. So, and obviously things are more complex and our mathematic equations can only represent the cell so well because we don't understand it too much. But when we understand the cell,
00:14:53
Speaker
When we think we understand the cell and we apply mathematics to that understanding and it comes up short, well, we know that that's not true, right? So the modern understanding of things, if you take the mathematics and align it with their theories, it doesn't make sense. So you got to get rid of it. You got to get rid of this new way of thinking of the cell, right? It's no good, right? So that's why we're moving past that. We're moving into
Structured Water in Biology
00:15:15
Speaker
structured water. We're moving into this new understanding, you know, based on Ling's work, based on Pollack's work.
00:15:23
Speaker
So that's really important. Okay. Next year. So this is kind of more generally, we're talking about the gel body or the crystal body, right? Because our bodies like act more like a crystal than anything, right? We're kind of energy receivers and transmitters. And so it's kind of interesting to think about it like that, but we know that the gel body is, is, is true.
00:15:46
Speaker
We know that's the truth. We know it's structured water. We know it's easy water, right? It's living water. It acts differently, right? Our bodies are structured. It's very interesting how this manifests, but you know, water in general is a great gateway into this thinking, right? If you look at Veda Austin's work and what she does with freezing water and you see the messages in the water, right? You can go read Master Uumoto's work. It's absolutely phenomenal how water can actually carry energy.
00:16:14
Speaker
Um, and obviously in the modern framework, this has been disproven a number of times. I think deliberately it happened a lot in, in Russian circles where they'd talk about this memory water and things of that nature. And, and it was disproven publicly, but it was also looked at in the wrong lens. And, and the thing is, is our bodies are very delicate and water is very delicate with intention, right? So that can be a whole problem. Beta Austin could do work in the lab all day and get results. But if you put in a modern practitioner in there.
00:16:42
Speaker
modern scientist in there who's a skeptic and whose mind is not right, you know, they're going to come out with a whole lot of different results, right? The water really takes to what's around it and it takes to our thoughts and it takes to our, our just being. So that's really important to consider too. And that's why this whole memory water, living water,
00:17:04
Speaker
That's why these ideas have not surfaced, because it's so easily disproven in a scientific setting when you try and do it with people who are skeptical and things of that nature, right? So this kind of sounds like a cop-out, but I just encourage you, just go and look at Vedas and his work. It speaks for itself. It speaks for itself. Like, I don't have to defend it. It literally, you can see it. It's just beautiful. So I encourage you to check it out.
00:17:34
Speaker
Water is just, is absolutely central to our bodies, right? By volume, we're 70% water, 60, 70% water, something like that. But by molecular count, we're over 99.9%. Right? So it depends how you look at it statistically easily. You can easily deceive people with statistics. So that's important to note too, but ourselves are gels. It's not just water, right? The water in our bodies.
00:18:01
Speaker
Even though we're 70% water, 99%, however you want to look at it, even though we're mostly water is how I'll put it. Even though we're mostly water, we don't act like a lake or an ocean, right? Same. And that water is in systems, right? So the water comes together and it becomes a liver. Well, a liver is structured water.
00:18:21
Speaker
right? A liver or heart or whatever organ you want to look at or even the cell, right? It has a structure. So it's hard to deny the importance of structured water, right? Because yeah, a liver is mostly made out of water, but it doesn't look like a lake, right? It's a liver. So that's where I'm coming in from, like,
00:18:43
Speaker
you know, how important is it to understand this? Well, it's mostly just important to get back to the basics. You know, once you understand it, you get back to the basics. So that's really the important thing.
Cosmic Energies and Cell Salts
00:18:55
Speaker
There's another way of looking at the body that I quite like is the 12 builders or the 12 cell salts. Now I'm not extremely well versed in this topic, looked into it a little bit. The idea is that
00:19:10
Speaker
these cell salts are stepped down capacitors from the constellation, right? From the constellations above. So this is kind of, it shows like this connection between nature and the individual. And these 12 cell salts, I won't get into too much detail here, but they kind of provide this residence induced geometry, right? So you have these constellations, these energies,
00:19:40
Speaker
that mimic themselves in the body, right, through these cell salts. And these cell salts actually provide this energetical structure for material to abide by, right? Because we know that matter follows energy. Biology follows energy. Energy is at the basis. We know that. We've talked about that every podcast so far. So,
Energy's Role in Biology
00:20:07
Speaker
the idea that you have these 12 builders is kind of an interesting connection to the cosmos itself. And it's quite nice to think about in a spiritual sense. And you can even see it, 12 is kind of a 12 and 13 are kind of sacred numbers. Some people say there's 13 constellations, but here we're talking about the 12 builders, right? And you can see 12 in a lot of religious texts, like even in the Bible, the 12 disciples.
00:20:36
Speaker
Um, and then perhaps the last, maybe the 13th, maybe the individual may be, you know, Jesus, right? In the religious sense, um, not to push the Bible, but it's just, it's just that, you know, you could study any religion and also get to the, you could also find these things and, you know, coincidence, I don't know. But regardless, we're talking about 12 cell salts here. Um,
00:21:05
Speaker
And so essentially like the science behind it is that they produce this energy field. They produce these energy fields that matter can kind of glue to in a sense, right? So they're like the constituents of life. They bear the life giving energy. They give this lattice. They give this lattice for structure. They kind of structure through the energy of things, right? And so it goes even deeper than the cell softs themselves, right? Because it's like,
00:21:34
Speaker
You know, you could just get into the energy of things, right? Like how, how do, how does the energy know where to go in the body type thing too? Right. And even like, if you're looking at the development of a, you know, of a fetus or whatever it may be, you know, how does an arm know to go and be an arm, right? If you have these, you know, all of the information seems to come out of OVO and sim in, right? So it comes from the egg and sperm and.
00:22:01
Speaker
comes together and all the information for an individual is within that, right? And how does the arm know to grow perfectly into an arm and the leg, a leg and even a kidney, a kidney or a liver, a liver, right? So that's still a question that can't be addressed by moderns and is a question that's been asked since the Hippocratic era and likely further back, right? And so really the only answer is higher power in my opinion, but we'll leave that to you guys to decide.
00:22:30
Speaker
That's just my opinion. Now we can talk about things like biogeometry and this kind of fits into the topic of cell cells, right? Because it kind of, these geometries are present, right? We know that there's this geometric nature of the body. There's this geometric nature of everything in nature of organs and plants and even water structures itself in a hexagonal format.
Body's Electrical Nature
00:22:57
Speaker
So biogeometry signatures are very,
00:23:01
Speaker
are a very prominent thing in nature and biogeometry in general is a fascinating topic. But, you know, to tie it all in more so than anything, we're electrical beings. And that is the foundational thing to understand. We are, we are electrical more so than anything. Like electricity plays a vital, vital role in our bodies, not even in a materialistic way where it's nerve conduction and brain activity and things like that. Everything is energy at its basis. If you study chemistry,
00:23:31
Speaker
study chemical physics, right? And you'll, you'll understand that every chemical reaction is just a physical reaction. It's just an energetical reaction, right? Um, so we're electrical beings simply you want to study the modern framework and go down the rabbit hole that way. If you're a biologist, keep going down the ladder, right? Go back all the way to physics, go back to mathematics, and you'll understand that we're electrical beings, right? You just take, keep taking it back. If you understand things on a biological level,
00:24:00
Speaker
tied into chemistry, tied into physics, tied into mathematics, right? You'll get back to the roots of everything, right? And everything will make a whole lot more sense. All right, so like I said, we're electrical beings. I threw this word out in the last podcast, I didn't really expand on it, piezoelectricity, right? And so what this is essentially is the,
00:24:28
Speaker
conversion of mechanical energy into electrical voltages. So it's kind of like it's something that's used by crystals, but it's also used by our bones or DNA proteins and actually certain ceramics as well. So there shows the importance of using ceramics over the modern
00:24:47
Speaker
stainless steel or whatever it may be. Ceramics have their own energy as well and capacity to hold energy, which is why there's a big craze on pottery and things like that. We always get back to nature if we crave it. We crave that energy. But piezoelectric material,
00:25:12
Speaker
it often has this non-centrosymmetric crystal structure. So it's not always central. And this is why when we talk about balance, we're not talking about center. Balance can be, it's a much, much bigger thing than just the center of things. Balance is kind of an abstract thing to understand. But it's everywhere in life. And there's always going to be balance present, even if you look into more alchemical teachings.
00:25:42
Speaker
balance always comes up. But this asymmetry, right? It allows this piezoelectric system to generate the electrical charge when subjected to mechanical strain. So you could see this, this is kind of a concept that comes up in the body when you're getting into the real nitty gritty of the workings of the body. And it's these really highly precise and sensitive
00:26:15
Speaker
crystalline structures or crystalline materials, not necessarily just crystals, but the bone as a crystal or proteins as a crystal. Proteins have minerals in it. They act like crystals. And even when you get into structured water, when it's structured, it's structured like a crystal.
00:26:36
Speaker
and not even in a freezing sense, like ice, right? It's between that. It's the gel. It holds a lot of energy. And these piezoelectric phenomenon are used artificially as well in things like ultrasound imaging, microphones, speakers, sensors, things like that. So we have a good understanding of piezoelectric
00:27:02
Speaker
structures and uses, because we can use them artificially, but we don't really talk about it within the body enough, and I think that's a shortfall. But when you're getting back to the electrical aspects of the body, it's important to get back to the electrical structures. How does the electricity manifest mechanically? How does mechanical energy get converted to this electrical voltage?
00:27:31
Speaker
these piezoelectrical substances kind of help there, like Robert O'Becker kind of showed that the living bone can piezoelectrically generate electrical potentials. So we talked about Robert O'Becker there in the last podcast and
00:27:47
Speaker
You know, his work is phenomenal. And when he studied these energy, these healing energies of the body, he realized that it was this slow energy that may be conducted by the bone rather than the nerves, right? The nerves may air quick energy transduction in a materialistic sense. And the bone is a slow, much slower, more healing conducive to healing. So.
00:28:13
Speaker
You know, and we can even, we'll tie it into an example here. So piezoelectricity and use, right? We're gonna go over here, hearing the sense, right? So in Arthur Fitzenberg's book, most of this is taken from that book as a reference. He recounted that people can actually hear electricity, which obviously is not a necessarily well-liked idea, especially at the time.
00:28:43
Speaker
Um, and so basically the mechanical theory of hearing is that you have this, you have the sound that hits the eardrum, you know, that moves the malice and the incus and the states and then hits that cochlea, right? That, that round part of the ear. And so it's, it's mechanical. It's all mechanical. It's reduced to nothing but mechanics, right? It's, it's, it's the materialist construct. Um, now.
00:29:12
Speaker
Pullman proposed that the mechanical model contradicts physics because the ear is too sensitive, right? So another fella, Naftalin, actually showed that the quietest sound that a person can hear is less than 10 to the power of minus 16 watts per centimeter squared. And this translates to a slightly greater pressure on the eardrum than a randomly moving air particle.
00:29:40
Speaker
which obviously could not move the basilar membrane as it would create a vibration of 0.1 angstroms, right? So an angstrom is one of the smallest units that we have. And 0.1 angstroms is obviously not enough to mechanically make much of a difference, right? So they actually, I know this is rather technical, but essentially what happened was a piezoelectric crystal-like gel in the ear
00:30:06
Speaker
namely the tectoral membrane was proposed, right? And it essentially converts this mechanical energy, this mechanical pressure into electrical energy rather than just being this mechanical construct. So kind of open the doors. Now, I don't necessarily know how much it's talked about in the hearing world, you know, but
00:30:27
Speaker
But it gets back to that gel too, because it's this gel-like substance in the ear rather than a liquid aqueous solution, right? Because at a gel too, slows the sound significantly. So it kind of puts things in slow motion in that sense. And likely this idea applies to balance as well, of course. But yeah, so this is kind of just an example of how it's more electrical than even just mechanical, right?
00:30:55
Speaker
you know, the sound wave hits the eardrum and then boom, it gets converted into a nerve potential and send signals to the brain, right? And even then there's some shortfalls in that idea because you seem to hear things rather instantly and how many nerves have to go to get processed and how much time is that going to take? The materialistic construct just doesn't uphold that, right? And so one thing supporting this is just that the cochlea is fully formed in the womb at six months of age, right?
00:31:26
Speaker
So the cochlea is an essential ear organ function, right? Structure. And it's only marginally larger in whales than it is mice. So it seems to be rather uniform across the board, which is interesting because whales can, you know, they supposedly can hear across the ocean. Obviously it's different in water, right? So that plays a role too, right? And when you talk about energy,
00:31:56
Speaker
Um, that's important to distinguish, but, but still it's interesting that it's, that it's just marginally larger. I just thought that was fascinating than in a whale venom ice. Right. So I were gonna move into porphyrins. Uh, so these are found in all living organisms. Uh, they're there, they act as energy absorbers. Right. So porphyrin, essentially what it is, is kind of this structure in
Porphyrins and Mineral Connections
00:32:23
Speaker
a protein that houses a mineral. So take myoglobin or hemoglobin, right, in our red blood cells. The heme structure that carries that iron mineral or element is a porphyrin, right? And that iron is just absolutely essential. So another example is chlorophyll. Those contain magnesium in plants, obviously.
00:32:51
Speaker
Myelin sheets, they have coproporphyrin 3 and protoporphyrin and those carry zinc actually. And funny enough, Virchow in 1854 described Myelin as a liquid crystal. So that's a very interesting thing. You did that back in the 1800s. Well, 1850s.
00:33:19
Speaker
And obviously we didn't have the electron microscopes back then or a great understanding of these porphyrins, but he described these myelin sheets as a liquid crystal, which is just very interesting. The mitochondria, cytochrome C, carries iron. Vitamin B12 actually carries cobalt. So that acts like a porphyrin as well. A lot of porphyrin talk around vitamins, especially B vitamin.
00:33:47
Speaker
So essentially porphyrin is just any metal containing organic molecule. And the real highlight of this is kind of that connection between the mineral world and the organic world.
00:34:03
Speaker
is kind of through porphyrins, right? So not only does it highlight the importance of getting minerals in our diet, which our soils are absolutely depleted and having a proper mineral source is very important because it's even difficult to just get it through diet, I would argue.
Mineral Depletion and Health
00:34:16
Speaker
Um, even if, if you're eating the cleanest diet with the most pristinely sourced meats and milk and eggs and, uh, things of that nature, and even vegetables grown properly and proper vegetables or fruits.
00:34:31
Speaker
Can take up a lot of minerals, but the problem is our soils are so depleted and they're depleted for two reasons. I would highlight They're depleted one because we use dams and so essentially what would happen every year is there would be a flood and so the water would would run and it would flood all of the fields and Essentially the water would deposit all the minerals back into the field. So that was one
00:34:57
Speaker
way of remineralizing the soil, which has been lost. The other is when we used wood burning stoves in the house, what's left, the ash, is actually pure minerals because all of the organic material gets burned, right? So you're left with almost pure minerals in that wood ash, and well, what people would do is they would go throw it outside in their gardens and things of that nature.
00:35:25
Speaker
You know, there are ways to remineralize the soil. So, you know, if you're growing your own food and you're employing a practice like remineralizing your soil, that's a very good source of minerals. But, you know, this really highlights the mineral function of things. And these are obviously have a great electric capacity as well, right? Because you're talking about these minerals being suspended in these structures, right? If you look at the, like the X-ray crystallography,
00:35:55
Speaker
you know, things of this, um, it's just fascinating to look at and how they capture it and how essential it is and how it changes the structure and function of a protein. So not only does this highlight the need for minerals, obviously from a more materialistic standpoint, but you know, you could talk about electricity and porphyrins all day as well.
Radiation, Porphyrins, and Heavy Metals
00:36:15
Speaker
Um, and so an interesting thing about porphyrins is that they're actually, their function is affected by radiation.
00:36:23
Speaker
And, you know, we're not just talking about X-rays or things like that nature. We're talking about electromagnetic frequencies, all non-native electromagnetic frequencies, right? So you could talk from ultrasounds, you could talk about X-rays as well. You could talk about, you know, radiation, chemotherapy type stuff. You could talk about the radiation coming off a phone. You could talk about 5G radio waves, things of that nature as well, right? So really delicate, delicate electricity
00:36:53
Speaker
can affect these porphyrins and their function. And the function mainly affected is that they're unable to transport electrons, which is something that these minerals do well, right? They can carry these electrons. And so it is an energetical thing, right? And so when it's affected by radiation, obviously that's a problem. Radiation is a problem one. Two, we're deficient in minerals. We're not getting enough minerals in our diets. Very, very difficult to get all of our minerals.
00:37:24
Speaker
Three, heavy metals can actually replace these essential elements in porphyrins leading to malfunction as well. Obviously the heavy metal playing a slightly different role than radiation, but four, a major, major problem is getting that radiation onto a heavy metal
00:37:47
Speaker
in a porphyrin is another whole problem in itself, right? Because it's like, it's like a catalyst for problems, right? That's not going to go over well. Heavy metals do not act as the lighter minerals used in our bodies naturally, right? So that's another, that's an important thing to consider. Porphyrins, they're kind of just a gateway to understand that we really need minerals that are in our, we need elements, you know, not really minerals, minerals or rocks, but elements, right? Energetical elements. Um,
00:38:17
Speaker
which obviously there, there are many sources, um, you know, even animal products, uh, because it's in its proper state. So a lot of people hear about heme iron, heme iron from animal products is much more bioavailable than the absolutely nil bioavailable by availability of spinach or, you know, things like that. People always say, Oh, spinach is so high and calcium and iron and things of that nature.
00:38:47
Speaker
It's not bioavailable at all. You're not absorbing that. And that may be a problem because of the greater function of spending. Now the plant thing, it's difficult because plants should contain a high amount of minerals, right? And it's kind of difficult to study these plants in this new light because in this modern world, right, the soils are so depleted. So it's kind of unfair to study the plants in this way. We really, communities really demonize plant consumption as well.
00:39:17
Speaker
Um, you know, not that plants should be the majority of our diet, like animal, animal based is true to natural way. Uh, obviously Western a price prove that very well, that, you know, 80, 90% of our. Holoric, which is just a terrible word, but our caloric intake, um, should come from animals, right? So 90% of our diet, I guess, in a better way to put it here should come from animals, all animal products.
00:39:42
Speaker
Uh, but plants could be a proper source of minerals, right? They're just absolutely depleted. And, and obviously the state of plants are much different now nowadays than, than it used to be. All right. So essentially what we're highlighting here, those two types of structures, they're just kind of, they're kind of interesting to talk about, uh, kind of highlight the energetic aspect of things, but really the important thing is, is that we are absolute delicate electrical beings.
Energy as Fundamental Essence
00:40:09
Speaker
Energy has been talked about in every.
00:40:13
Speaker
every school, every religion, every, anything through history, right? You have, it's been called energy. It's been called the ether. It's been called Oregon. It's been called Piranha Chi consciousness. You know, the, the names for energy, it doesn't, the Holy Spirit, I don't care what you call it. It's all the same thing. It's all energy, right? And not even to reduce it to being energy, but just, it's just a easy term to use, right?
00:40:38
Speaker
Uh, it's really the fabric of extinct of existence, right? And if you want to look at this to the modern lens, look at quantum mechanics. I'll always say that if you're really into the modern way, just look into quantum mechanics, you'll disprove the materialist construct of the world. And, and you could go from there. Um, it's really this, this energy is, is the fabric. It's the fabric of existence, the fabric of reality, right? Uh, it's the plane from which all is created, right? So then you get back to the 12 cell salts and think, okay, well, you know, you have this energy.
00:41:08
Speaker
That's kind of giving out the, this energy has these, these geometrical patterns, right? These sacred patterns that are being manifested in the energetic, energetic realm and the biology that the matter is following that and creating the structure. And so you can kind of look at that, right? And energy also has multiple forms as touted by the moderns.
00:41:30
Speaker
chemical, radiant, electrical, mechanical, thermal, nuclear, right? So there's a lot of different ways of explaining energy, but it's all energy. It's all energy. And again, not to just reduce it down to energy, but it's just to understand that everything is just one substance. Everything in the world is one substance, even every atom. It's all made of the same substance, right? It's all made of, even if you want to study it from the reductionist lens, it's all made from, all atoms are made from
00:41:59
Speaker
protons, electrons, and neutrons. And then you go even further than that. It's all one substance, right? So that's an important thing to remember, right? So, you know, obviously, people study quantum mechanics. And it's an interesting way of looking at things. I quite enjoy it. I think it's interesting. And, you know, there's this kind of this emerging field of quantum biology, which seems to be
00:42:28
Speaker
a fairly good representation of things, um, quantum chemistry and quantum physics, of course, um, being similar, right? Because there's always that nuance of like, you know, Oh, this is, well, you know, we're, we're understanding this, but we only, we could, you know, we're only understanding it so much as we can understand it. Right. So, um, because quantum mechanics kind of have that, that nuance, it makes it a good thing to study. So.
Outdated Biochemistry Models
00:42:56
Speaker
Obviously the reductionist biochemistry model is just so outdated because even every chemical reaction is energetical. So you just get back to physics, study biochemistry, study biology, chemistry, whatever, get back to physics, get back to mathematics, you'll find it. Or study old ways of knowing about energy. Study the Qigong or Ayurveda. Because in Ayurveda, they had these toroidal fields. They have aura, they have frequency, they talk about things like that, right?
00:43:26
Speaker
You know, it's something that's been talked, it's continuously talked about in every era of existence, of human understanding, of human consciousness, it's been talked about, right? Spirit. Not many deny spirits, the delusional atheists, perhaps, but spirit is present, it's present.
00:43:53
Speaker
all around us, you could feel it, you know, there's so many accounts for it, and it's so discounted by the moderns. So I think that's just absolutely problematic, of course, but, and, you know, you can look at it from the alchemical lens as well here, we have the principle of the mind,
Morphic Resonance and Collective Consciousness
00:44:08
Speaker
right? All is one, all is connected, all is created from the mind, the mind being consciousness, and the consciousness all being one. And so, you know, you could even talk about things like Rupert Sheldrake proposed the morphic resonance,
00:44:23
Speaker
idea. And I think this is really phenomenal. I guess I shouldn't go too far deep into this, but essentially that we have this collective consciousness that allows us to move forward as a species. And it's a much more complicated topic. Look into it a little bit. It's very interesting.
00:44:44
Speaker
but essentially just comes back to everything being the mind. Everything is the consciousness. Everything is consciousness. Everything's energetical, right? That's, that's essential. It's essential to know. All right. So we're going to get into the terrain perspectives here. Um, so these are kind of the, the way, you know, that, that we're going to explain things, right? From, it's going to be the discrepancies of the modern science to the terrain model.
00:45:15
Speaker
So in essence, there is more than just the physical perspective. Biology follows energy. Material follows energy. I'll harp on this for the rest of this podcast, for the rest of the podcast, I swear. I will be coming back to this. Biology follows energy. Obviously, the materialistic reductionist construct is just absolutely garbage. We're not going to have anything to do with that.
Man-Made Factors in Disease
00:45:41
Speaker
Pathogens and virulence are manmade factors.
00:45:45
Speaker
That's so important to know, right? Pathogens and virulence does not exist in nature. It does not. Everything works in a delicate balance together. We can create virulence and pathogens in a lab. And the only reason they're present in our body, they're seemingly present in our bodies at time, is because our bodies are contaminated with the modern way of life. That's also a very, very important thing to know.
00:46:12
Speaker
microbes don't create conditions, they adapt to conditions. It's the fundamental difference from, perhaps the fundamental difference from the animal world and consciousness. You know, as humans, we kind of create our conditions. We've created this disease world condition, right? Where we create this disconnection, right? And it's interesting that we do that, but animals don't do that. They don't create their conditions, but the animals live
00:46:42
Speaker
And they adapt to conditions, right? They adapt to the wild. They don't, they don't change the wild to adapt to them, whereas humans do quite the opposite. And I think that's a very, very profound distinction of, you know, human consciousness and the animal world. Um, and getting back to that, this idea that, you know, nature, nature adapts, nature doesn't necessarily create the conditions in a way, right? Obviously yin-yang here.
00:47:11
Speaker
uh, mother nature in itself is the creator, like is the creator of life too, right? So, you know, there's a, that's an interesting point as well. But if you get back, if you get back to it, right, microbes don't create conditions. They adapt to conditions. If your body is diseased, microbes will find that part of your body, right? They're going to, that's where they're going to be. That's why they're present at the site of disease. So things like true contagion, uh,
00:47:40
Speaker
exist as fear or toxic environments, which could be blatant poisoning, natural toxicities, electrochemical toxicities. You know, the list goes on.
00:47:52
Speaker
Obviously, there's this asymptomatic nonsense, which just aligns more with the terrain model of things than the germ theory model of things. They talk about things like bacterial load or viral load, that
Genetics vs Environmental Influences
00:48:05
Speaker
there's always a small presence of bacteria or virus in our body, but that doesn't create disease, so it needs to reach this threshold before it can create disease.
00:48:16
Speaker
Obviously, this has moved away from Koch's logic, even though we still teach Koch's logic in our universities, in our schools, as being a fundamental thing to know about germ theory. And we just have blatantly changed his postulates and completely gotten away from it through this asymptomatic nonsense.
00:48:42
Speaker
So, you know, when you're talking about viral load, like the idea that there's always this kind of, this detox going on in our bodies makes sense because of how diseased the world is, right. And how problematic the state of our modern way of life is. So, and obviously genetics are not the sole determinants factor. They're not the sole deterministic factors of the body. Right. Um,
00:49:08
Speaker
From a modern perspective, epigenetics doesn't even align with this. Epigenetics is not aligned with heredity. Heredity is passed down poor conditions and poor ways of life and poor habits. That's heredity. It's not our genetics. Our genetics adapt to our environments. And that's admitted by the moderns, but we've not caught up yet, even in our own science, because science is so dispersed.
00:49:37
Speaker
which is so problematic, you know, we don't look at things holistically at all. But even, you know, this neo Darwinism is also, is also kind of trash as well, you know, this idea that it kind of pushes that genetic thing where, you know, the neo Darwinism are like the mutations, genetic mutations, genetic drift, everything's random, you know, we just mutate randomly and become what we are. Now Darwin wasn't necessarily crazy in himself and this morphic resonance idea is coming up here again.
00:50:06
Speaker
which is a better explanation if you're into the Darwinian perspective. Morphic resonance is a better explanation for sure than the neo-Darwinistic genetic reductionism. So I highly urge you to look into Rupert Sheldrake's work. He's a phenomenal, phenomenal writer. He just has great ideas. He's just a thinker beyond his time.
00:50:30
Speaker
And so yeah, if you're into the Darwinian thing, if you're into, you know, evolutionary biology or things like that, morphic resonance will be your next read. Absolutely. And obviously genetics, like, like my, my undergrad biochemistry, of course, was mostly centered around genetics. We just talked about genetics all the time, which kind of upset me because I don't really care about genetics. Um, I wanted to learn more about metabolites and things of that, like, you know, our metabolism, right? I wanted to learn about that, which I,
00:50:59
Speaker
you know, did it slightly, but not enough. It was, you know, not what I expected and which was kind of unfortunate, but, you know, I learned a lot about genetics and, you know, and the discrepancies within were really problematic, right? And even like we would always touch on epigenetics and there would always be this kind of warning that it's like, oh, well, epigenetics, you know, throws this idea out the window. And, you know, so it was just kind of interesting in that sense.
00:51:30
Speaker
And obviously the protein to gene ratio is problematic too. Genes that cover proteins and it just doesn't seem to align, right? It doesn't align. So the other thing is junk genetics, right? We have these junk genetics, these, you know, genetics, these genes that do nothing, right?
00:51:51
Speaker
It doesn't make sense. It's not even conducive to evolutionary biology. So nothing really is aligning here. Well, one, we've just separated the fields, obviously. So that's just a problem in itself. But if you take everything and you put it together, it doesn't make sense.
00:52:06
Speaker
All right, so let's look at the terrain perspectives on the causes of disease.
Causes of Disease and Nature
00:52:10
Speaker
So I always like to say that the cause of disease is the absence of light and distance from Mother Earth, from nature. I think that's simply put the best way to explain disease. Get away from nature if you will get diseased and it shows itself time and time again, right? We are so far away from, from nature, especially in the West and we're the most diseased population. Now,
00:52:34
Speaker
I really believe in the law of cause and effect. I don't believe any disease is random. No disease is random. I think there's always a cause. Um, you know, our bodies don't just dysfunction for no reason. I think that makes absolutely no sense. Absolutely no sense. I don't think microbes just happen to hop on a healthy person and make them ill. It doesn't even lodge like, you know, innately in instinctually.
00:52:59
Speaker
Intuition, my intuition tells me that's not true. That's not true. And if you really think about it, it doesn't make any sense, right? That, you know, it only makes sense because we're disconnected from our bodies and true workings of it. And we don't think that toxicities build up and get stored in our bodies.
00:53:15
Speaker
You know, it's like, well, I'm just randomly sick. I'm just randomly sick. Oh, well, I must've caught it from somebody. That's what's been just indoctrinated into us though. That's the thing, right? That's just what we've been told from birth. If you're told something else from birth, you're gonna think that. So I mean, that's a whole thing in itself. Obviously, I think there are deficiencies as being a cause of disease. Now, I think physically you can have deficiencies
00:53:44
Speaker
Um, things like minerals, vitamins, organic and inorganic compounds I think can cause disease. Uh, there is an idea in this, um, community that.
00:53:59
Speaker
deficiencies lead to toxicities. And so the disease is not necessarily deficiency, but it's a toxicity. I don't really overly agree with that. I think it's still, the root is still a deficiency. I think that we can have physical deficiencies. I'm fairly convinced of that because we can't completely, although we're energetical, although we're spiritual, we can't completely discount the physical. It's what's real to us, right? It's what's concrete. So
00:54:25
Speaker
I don't want to discount that, but certainly those deficiencies do exist. I think there are other deficiencies that exist, like nature. You can be deficient in nature, you can be deficient in light, you can be deficient in sun, love, movement, happiness, sleep, et cetera. Those deficiencies will often lead to disease as well or dysfunction. Another cause of disease, simply put, toxicities.
00:54:50
Speaker
They can be chemical, electromagnetical, they can be psychological. So things like for the chemical realm of things, these can be like pharmaceutical drugs, toxic household plant like cosmetics or cleaners, pesticides, preservatives, additives, heavy metals, cosmetics.
00:55:09
Speaker
Um, anything artificial is going to be chemically toxic to the body. Our bodies are not designed to handle it. We've as humans invented this new environment that our bodies can't handle. Um, that they just, our body doesn't know what to do with it. You know, we're not designed, we are designed to live in accordance with nature and natural things. You know, natural toxicities are their own thing.
00:55:35
Speaker
You know, but these artificial ones are, are a whole other branch. They're a whole other branch of things and natural toxicities do exist. They certainly do exist. There are things that are poisonous. There are things that are venomous, but everything that's artificial is going to be chemically toxic. Absolutely everything plastic and plastics, very hard to avoid. They have plastic. There's plastic microplastics in our rain. There's microplastics at the bottom of the Marianas trench.
00:56:03
Speaker
there's microplastics at the top of Mount Everest. It's very difficult to, to avoid these chemical toxicities, which requires kind of this maintenance all the time on humans now that we've, we've created these conditions and now to be healthy, you need to undergo this constant maintenance, which is unfortunate, but we've brought it on ourselves, right? So it's our own fault. Um, yeah, microplastics every absolutely everywhere. Same as, uh,
00:56:33
Speaker
as PFOAs, I believe that's the name, polyfluoridated compounds, like the non-sticks, right? They're just long chains of carbon surrounded by fluoride atoms.
00:56:51
Speaker
Forever Chemicals is another name. Those are pretty well everywhere now. They're found in most blood streams and people in the United States. Again, we've created these ridiculously idiotic compounds, right? And we're paying the price for it now. So this constant detoxification, this constant healing is necessary, I do believe.
00:57:12
Speaker
because we've created this toxic world. So there's two ways to approach it too. There's avoiding the toxicity and there's detoxing the toxicity. Cause if you're not, if you're not avoiding it and you're detoxing, well, you're just filling up the reservoir over and over and over again. So then it's like, yeah, it's better than just filling it up and letting it build up because that'll lead to chronic illnesses. But you want to avoid as much as you possibly can
00:57:39
Speaker
the sources and you also want to detox, right? Because if you avoid the sources and you're not necessarily detoxing as well, well, then you just have this stagnant, you know, these, these get lodged deep in our bodies, right? So, and there are ways to do, there are a lot of ways to detox and this kind of, uh, it's kind of more challenging because there are really rigorous ways to detox. There are gentle ways to detox, um, rigorous being things like coffee enemas or
00:58:09
Speaker
you know, there are even, you know, sorts of injections or sailing solutions to detox or, you know, there's a ton of really rigorous
00:58:26
Speaker
invasive procedures to detox. And then there's more gentle routes, right? Like grounding and sleeping a lot and, you know, maybe going in a sauna or a hot bath or more natural routes of detoxification. Even a water enema would be more gentle than a coffee one. So, and maybe even herbs and things of that nature or chiligid or even for heavy metals, you could take a,
00:58:56
Speaker
a carbon 60, right? Or you could take TRX as the brand, what's called a zeolite, zeolite. It's a great heavy metal detox. Now is it gentle? Is it, you know, really invasive? It's kind of difficult, right? There's two ways to go about it too. So that's important to note too.
00:59:18
Speaker
And we'll talk more about detox in the future too. It's a, it's a, it's a large topic and it's complex one. And a lot of people talk about it nowadays. Um, and a lot of people talk about it in the wrong, wrong way, but through this understanding of the body being this gel structure and, um, you know, we can start to understand it more. So I'll give an example here. The fever heats up our body. And so if you heat the gel up, the gel becomes more liquid, right?
00:59:46
Speaker
And through this liquidity, the deeply lodged toxins are able to come to surface right through sweating. And so, you know, the fever is present as a way to kind of mobilize the body, the entire body to allow the detoxification to occur, which is partly a reason why the sauna.
01:00:08
Speaker
or a hot bath may be beneficial as well because the heating up of the body is kind of like, you know, you're kind of inducing a fever on yourself willingly, which is a helpful thing for detoxification because it allows the mobility of these chemicals in the body to get out. It allows them, even if they're deeply lodged, they may get moved because you want to ensure that you're sweating, you want to ensure that your drainage pathways are open
01:00:37
Speaker
You want to be excreting what it is as well, right? And this also shows the detriment of stopping a fever. The best thing you can do for a fever is get under those blankets and sweat it out. And everyone calls a fever break when you sweat, you know, you wake up and you're soaked in your bed and
01:00:57
Speaker
the fever broke because you sweat out all the toxins that your body deemed necessary to get out at that point. So that's why fever is a beneficial thing and that's why seeking a fever through things like hot baths or even saunas that can be very beneficial, especially for chemical toxicities.
01:01:17
Speaker
I talk a lot about chemical toxicities. We're gonna move into electromagnetic toxicities.
Non-native EMF and Health
01:01:21
Speaker
We'll keep these ones shorter. But, you know, simply put any non-native electromagnetic frequency, any electrical thing that's not natural is gonna be bad for you. Radio waves, wifi, cell tower frequencies, you name it. The electricity coming off my computer right now, my phone or whatever it may be. It's all gonna cause problematic
01:01:47
Speaker
problematic frequencies in the body and these affect porphyrins, these affect cellular function, they affect down at very minuscule levels. We don't even understand how they affect our bacteria, our microbiomes. That's a whole other issue, but it certainly affects the communications with our body because our bodies are electrical at the basis. And you're interfering with these things, right? So two ways to go about electromagnetic healing, simply grounding.
01:02:17
Speaker
Go outside bare feet as much as you possibly can. That's very good for resetting the body. Second thing, avoid electromagnetic frequencies as much as you can. Turn your wifi off at night. Make sure you're not sleeping in any outlets that are plugged in. Don't charge your phone in the same room. Maybe turn it on in airplane mode. Who knows? Just avoid non-native EMS. Again, one of those things. How are you going to avoid it? Maybe in the Rocky Mountains, you'll avoid electromagnetic frequencies, but we have these balloons up over our head
01:02:48
Speaker
you know, beaming down signals at us all the time, right? Satellites beaming down signals all the time. These radio frequencies around the world, Wi-Fi, pretty well everywhere you go. Cell towers, 5G, 4G, 3G, 2G, you know what I mean?
01:03:05
Speaker
Um, it's everywhere. So that's the thing it's hard to avoid. So grounding is, is not only is, was it essential in the first place and natural, right? It's foolish that we walk around without any connection to the earth anymore, but it's ever more so necessary for healing now than ever. All right. Lastly, for toxicity, we'll talk about psychological stress. Um,
Psychological Stress and Health
01:03:28
Speaker
things like fear, delusion, emotions, placebo, all seem to cause very real effects on the body. So, uh, German new medicine, something that talks about this a lot in the connection between, you know, our emotions and the physical bodies, even traditional Chinese medicine talks about this, like, you know, uh, that these emotions are connected with, uh, organ functions. So, um,
01:03:54
Speaker
You could certainly see how these manifest if someone feels sad all the time, low motivation. Is it caused by something physical? Is it caused by their environment? There's ways to go about it.
01:04:13
Speaker
Um, regardless, it will manifest itself physically as well. Right. So even someone that's confident and they got the big shoulders back and up, right. Confidence man itself manifests itself physically, but you know, a scared little dog with its, with his shoulders puffed up by its ears and you know, it manifests itself physically really does. So why wouldn't affect our bodily functions? I, I don't know. I can't see that being a possibility. Um,
01:04:42
Speaker
And so another cause of disease obviously is an injury. You can break your arm, that's cause of disease, right? So injuries are cause of disease. I'll leave it at that. That's a pretty simple one.
Birth Defects and Nutrients
01:04:55
Speaker
And so an interesting thing to talk about is kind of birth defects, right? What is a birth defect? Well, Weston A. Price studied it through teeth, right? So problems with the facial structure and teeth structure.
01:05:08
Speaker
is a cause of, in his mind, was nutrient deficiencies of the parents causing these facial deformities in the children, reversed in one generation. Even if you have dental deformities and you're properly nourished and healthy, you can pass on perfect genetics to your children, at least Weston A. Price observed through teeth.
01:05:30
Speaker
Now, what is a birth defect? Are autoimmune diseases birth defects? I wouldn't think so. Same as things like autism aren't a birth defect. So that's really important to distinguish because that doesn't necessarily come from the parents, right? They may arise from toxicities.
01:05:55
Speaker
Things like heavy metals or things of that nature, but it's not a birth defect. Now things that are birth defects like chromosomal issues, right? Like say Down syndrome that is apparent from birth.
01:06:06
Speaker
is more of a birth defect, right? And is more caused by the parent's bodily state. And this is not meant to shame anyone. Obviously, you know, we've entrusted our experts and I truly believe that this information has been hidden from us because I don't think they necessarily care about our health. I mean, that's not a very good business model for the pharmaceutical companies. If everyone's healthy, they go out of business. So,
01:06:34
Speaker
You know, it's not, it's, I don't want it to, to shame anyone or, or, or any sort of disorder at all, because, you know, that's, it serves no purpose, right? Love is the only way forward. Um, but it's important to address these things truthfully too, because, you know, moving forward, we do want to minimize disease. No, nobody wants to be disease per se, right? Um,
01:07:02
Speaker
I don't think anybody would choose to be disease saying like a birth defect could be like web fingers, right? I don't think anybody would want to have web fingers. Now, should we shame those with web fingers? No, there's no solution, right? What can you do? Well, you know, it's the modern way of life has caused these diseases. These diseases were not present. They're not present in nature. So modern man has caused these disease. And so we have to live with three percussions of, of what we've done, right? So,
01:07:32
Speaker
collectively, and that's the collective responsibility that we take. Moving forward, we're going to talk about natural phenomenon. Essentially, what doesn't cause disease, because we often blame natural phenomenon for disease, like symptoms are not the cause of disease.
Symptoms vs Causes of Disease
01:07:53
Speaker
You know, we often blame symptoms as being a disease, right? Fever is disease, right? But it's not. It's a healing process. Healing processes are not disease. They're there because their bodies are diseased. Genetic predisposition, obviously epigenetics disproves this, same as genetic diseases.
01:08:17
Speaker
I was talking with a friend actually, and he was telling me about, you know, even if you think of things through a Darwinian standpoint, childhood illnesses, say like a diabetes, doesn't really make sense to even get pushed, right? Because diabetes, before we had insulin, killed a lot of people, young, right? Because if you didn't have the facilities to be able to deal with diabetes, you would die.
01:08:43
Speaker
So it doesn't even make sense that it gets passed down that these childhood illnesses like even like a lot of autoimmune disorders come out in childhood that obviously now we've even through pharmaceutical companies have found you know treatments for that we can keep people alive but in the past it would take a lot of people out and so these childhood illnesses
01:09:05
Speaker
You know, they, it doesn't even make sense for them to get passed down genetically, right? Because if you think of things Darwinian in the Darwinian standpoint, you know,
01:09:17
Speaker
If the disease is killing people in their childhood, well, they don't have time to grow up and reproduce and pass on the genetics. And obviously, diabetes is something that's extremely prevalent in the new world, in the modern world. And we explain it as perhaps an autoimmune disorder and that it's genetically caused or maybe caused by a virus, but it doesn't make sense, right? And it's likely more of a toxicity.
01:09:45
Speaker
I don't know the true cause. I haven't worked with diabetes or anything like that, but I do know that it doesn't make sense for it to be genetic and it doesn't necessarily make sense that it's viruses because, well, I don't think we even have enough evidence to say that. But yeah, again, not even diabetes is not necessarily a birth defect either, right? Because you have it, you're 16 years old and all of a sudden you're diabetic. It's an interesting,
01:10:14
Speaker
thing to say the least. Now, another thing, obviously we've maybe, maybe we touched on this one, one or two times, but germs don't cause disease. I think I might've said that a couple of times. I think we could sweep over that pretty quickly here. Viruses, bacteria, fungus, parasites, all seek their natural habitats. They don't create their conditions. They adapt to conditions. They adapt to disease bodies. And perhaps they're even created by our bodies completely through the player morphic cycle.
01:10:45
Speaker
Let's keep moving. Cholesterol and saturated fats don't cause heart disease. We've eaten this for millions and millions of years and heart disease is a very, very new disease. Again, it's said to be caused through heredity. I would just say that collectively we consume, well, we consume a lot of polyunsaturated fats now more so than ever.
01:11:09
Speaker
as this heart disease seems to be going up. And there's likely a lot more factors for heart disease than just polyunsaturated fats or anything of that nature. Another thing is that the sun doesn't cause skin cancer. Again, we could harp on the polyunsaturated fats here, but sun doesn't cause skin cancer in people who don't consume polyunsaturated fats. Polyunsaturated fats, you know,
01:11:38
Speaker
is a necessary component of skin cancer creation of the peroxidation of, of those, of those polyunsaturated fats is necessary for, for skin cancer to be produced. Now, another thing about skin cancer is, you know,
01:11:53
Speaker
Skin cancer is also relatively new, but guess what else is even newer? Sunscreen. Sunscreen is not saving us from skin cancer. Skin cancer is very, very prevalent, even though every time you go to the beach, all you hear is that spray bottle going and everyone's white as hell. And, you know, sun is not the main component of the cause of skin cancer. So, you know, skin cancer, like everything else, is metabolic, right? It's our body. It's the terrain.
01:12:22
Speaker
It's greater than just this one thing, right? Avoid the sun. It makes no sense. We've evolved with the sun.
01:12:31
Speaker
Antibodies are not the cause of autoimmune diseases. Uh, so the idea that our immune system kind of fails and attacks itself, uh, I think is a little bit reductionist and, um, I don't think it really makes any sense. There needs to be a cause to that. So we'll leave it at that, but it's certainly not the case that antibodies are the cause of this or even our immune systems are the cause that they're certainly toxicity or something in the bodies. Um,
01:12:56
Speaker
or even a process. Dr. Tom Cohen talks about how vaccines may be at the root of autoimmune disease because our immune system, talked about in the new light, doesn't develop properly when we have the vaccines, right? So it's an interesting topic. He talks about it in his book, autoimmunity and the changing
01:13:20
Speaker
changing childhood illnesses. Fantastic. Look up Dr. Tom Cohen's books. You'll find it. Antibodies is in the title. It's a phenomenal read. Next, inflammation is not the cause of the disease. This is obvious. We have a little example after this. High blood sugar is not the cause of disease. It's not the cause of diabetes. High blood sugar is not the cause. Again, correlative factor.
01:13:49
Speaker
Yeah, we do consume too much sugar nowadays and that's a problem in itself, but I wouldn't say that the only biomarker is high blood sugar. For there to be high blood sugar, there needs to be multiple factors at play. So again, that's the reduced model. Not to say that we should go and eat processed sugars, but natural sugars aren't going to cause a major issue for us, I don't think.
01:14:15
Speaker
And here we have neurochemical or hormonal imbalances are not the cause of mental illness. It's simply not the biological basis of psychiatry is absolutely trash. It's just an excuse to chemically castrate the people who we deem as abnormal or insane or whatever it may be. It's almost a sin. I mean, perhaps it's better than just straight up killing them like we used to do back in the day.
01:14:40
Speaker
We're certainly not getting to the root of anything here, right? Neurochemical or hormonal imbalances are just not the cause of mental illness, they're not the cause of depression, anxiety, and even the latest modern meta-analysis or umbrella analysis, it was a very large study done, proved that there's no basis to say that depression is caused by serotonin deficiency or whatever it may be. So that's just, again, out the window, doesn't make any sense. Not even the modern literature supports that.
01:15:10
Speaker
And it's just important to note that the law of cause and effect here, you know, disease is not random disease. It comes up, right? It comes up because of a cause. So that's important to note.
01:15:22
Speaker
All right, so next here we have the turning perspectives on symptoms. What symptoms are? Well, symptoms are self-healing, self-correcting mechanisms and processes of the body. And to go over a few here, I mentioned fever earlier. It liquefies the gel body and it facilitates detoxification represented by sweating out toxins, right? Chills signal our bodies to heat up.
01:15:45
Speaker
Our bodies want us to heat up, they want us to get hot, right? Cutting that fever off is cutting off the healing process, just like everything here. Vomiting, sweating, diarrhea, acne, rashes, discharge of any kind is a sign of excretion, it's a sign of drainage, it's a sign of detox, right? Our bodies are trying to get something out. These, like, to normalize things like even acne, right?
01:16:09
Speaker
to have pus coming out of your skin is, is, you know, not a natural thing, right? And if it's coming out on the surface, it's certainly coming out from within too, right? So you can only imagine what the inside of the body looks like if your skin is, is doing this. So that's a, uh, all of these detox pathways, all these drainage pathways are important to support and keep open, right? You want to support the skin, you want to support sweating, or if you are vomiting,
01:16:37
Speaker
You don't want to not vomit. You often feel a whole lot better after you do vomit. I could certainly attest to that.
01:16:46
Speaker
You know, it sucks during the, um, same thing as diarrhea. There's a purpose, right? There's something in your gut. It's not allowing you to hold on to nutrients or even what you're eating. Right. So, so these are, it's a problem, right? Uh, it's a sign of a problem, but the dire, like it's not, that's not the cause of any disease. Diary is not a disease. It's because of something in your gut, right?
01:17:12
Speaker
And perhaps other reasons I'm not entirely sure, but constipation, you know, maybe caused by nutrient deficiencies or dehydration, right? Lack of water. Bodies are trying to hold onto that, right? We don't want to get it now. Maybe it's physical, maybe it's a physical disease, but you know, it's not the cause of disease. It's not even a disease. It's because of something, right? I could say that for every single one of these.
01:17:40
Speaker
Um, next fatigue or lethargy, right? It's a signal for our bodies to rest. You feel sick. Well, what do you want to do? You want to lay down and do nothing. Well, that's what you should, you should rest and you should listen to your body. Lack of hunger, maybe signifies the necessity of a fast. People get sick. They don't want to eat. Well, maybe fasting will help you in that situation. Fasting is an absolutely beautiful,
01:18:05
Speaker
method of healing that's been lost. It's an art that's been lost. Now it is a rather difficult and rigorous thing to do, but it's been talked about every religious text, story, history, right through history. Humans have been fasting for a long, long time. Not only does it help with our bodies physically, but it helps with our bodies spiritually. Often people unfast and I can certainly attest to this as well.
01:18:32
Speaker
You tend to connect greater with your surroundings and nature and spiritually. You tend to connect more spiritually and as you fast.
01:18:44
Speaker
But fasting, again, is one of those things that it's important to learn about and it's important to understand the purpose of and to understand when it may be better to nourish our bodies. Because a fast is good if our bodies are properly nourished prior to, but if you're malnourished and you go into a fast, well, it could be detrimental. So it's important to know your body and understand what your body needs. Swelling and inflammation and are not causes of disease.
01:19:14
Speaker
they may signify rest. They have increased blood flow and permeability of the blood cells, right? Like this is even acknowledged by the modern framework, right? Swelling of an area increases the blood flow there, right? And that's an important thing in itself.
01:19:31
Speaker
Uh, and obviously there's likely a lot more, you know, there's a lot more reasons for all of these factors, why they're necessary, right? They're bodily functions though. Yeah. They're, they're because of something, but they're not disease themselves. They are bodily functions. Yeah. They signal. They sig their signals from our body. They're their signals. They're not disease them in themselves. They're not disease. So I have a nice little example here.
01:20:02
Speaker
You know, disease or an undesirable environment always comes before symptoms. Here's my example. You break your finger, right? This is the disease. This is the illness, right? You broke your finger. Well, what happens after you break your finger? Your finger swells up. It gets inflamed. It heats up. It hurts. Those are the symptoms.
01:20:26
Speaker
And then your finger heals, right? I broke my finger and all I did was hold my finger straight out like that and it healed itself in less than a month. Nobody says that your finger, that the swelling and the inflammation and the heat caused the finger to break. Your finger broke and then you had these symptoms to heal your finger.
01:20:52
Speaker
And all I can say is that the law of correspondence, the principle of correspondence here is paramount, as above so below, this is how all disease works. If you can understand that, you'll understand how all disease works in the body. Disease always comes before the symptom. There's always the cause before the effect. The symptom is the effect. Modern science looks at, is a study of effects. Alchemy is a study of causes. All right.
Holistic View on Diet
01:21:20
Speaker
We're going to move away from symptoms. We're going to talk about diet. Now, obviously diet in my mind is not just food. It's what you consume spiritually, mentally, physically. Um, it's everything that goes on in your life. That's is what you're consuming, right? And it all plays a role in the wellbeing, your wellbeing, right? So, uh, you want to minimize toxics, toxins in your environment, chemical and electrical. Uh, that's part of your diet, right? Um,
01:21:46
Speaker
You want to connect with nature. That's part of your diet. Are you getting sun moving? You know, are you getting natural frequencies? Are you getting in natural pools of water? Are you connecting with other individuals, animals here? Are you hearing birds chirping? That's all good for you. It's all healthy. It makes you feel good. You know, so it's healthy. Um, now diet in relation to food, uh, probably what most people expect to hear when they hear diet.
01:22:11
Speaker
Your food needs to be nourishing. It needs to be natural. It needs to be free of contamination. And it should be consumed with loved ones as often as possible. And it should be consumed free of distraction. All the iPad kids nowadays and the YouTube kids, you got to get over it. It's not good. You want to be eating properly? Shoulders back food to you. Listen to Mr. Mike Mu. He's phenomenal.
01:22:40
Speaker
but it's got to be nourishing natural free of contamination. Now I do think majority of food should be consumed as animal products. That was my opinion. Um, a lot of people do very well when they're healing on raw vegan diets. It's an interesting observation that cannot be discounted. They do well in the short term and they don't do well longterm so much.
01:23:07
Speaker
Not many people die vegans. They often tend to dabble in eggs and milk or raw butter, right? By the end of it, which I think is a very interesting thing as well. And a lot of people, even in the terrain community, they'll say that these raw plant fruit or vegetable diets are beneficial for healing. And I would agree.
01:23:38
Speaker
because fasting is also beneficial for healing. But the avoidance of contaminations and the fact that it's natural food containing natural water and natural energy, and obviously if it's properly sourced, fruits and vegetables can have some sort of nourishment, obviously not necessarily enough and in the right proportions to sustain our animal bodies. But
01:24:05
Speaker
That in itself can aid in disease because you're cutting off the contamination and you're going to be detoxing too, right? So I think that plays an interesting role. But all food needs to be consumed naturally. It all has to be natural food, properly prepared, right? And it's important to connect with a food source, right? Grow your own food.
01:24:28
Speaker
at least connect with your farmer. There are so many benefits to that, right? And even just knowing where your food comes from is just an absolute, it's just a step in the right direction because, you know, I trust that, you know, the food that I'm consuming, like the cows lived a good life. They are not raised in a slaughter farm. They don't get transported to get slaughtered. They don't have to go through that stressful time. They live out on pasture. They do quite well for themselves.
01:24:58
Speaker
Um, so it's important to connect with your food source, know your farmer, beneficial for prepper mentality, beneficial for your health and a little bit cheaper too. I will say that sometimes. Uh, so the food diet also depends on where you're at in your healing journey and it depends on where you live. You know, local foods are best. Always. They're always best. And you know, up in Nunavut, they don't have no plants there.
01:25:27
Speaker
So their diet looks a little bit different than if you're living in Costa Rica. But we're so intertwined as a population now that it's rather difficult. But if you look at what your ancestors ate, look at your own bloodline, look at what your ancestors ate, that is also a good thing to look at as long as you can get it fresh. Fresh local is always going to be better for you as well because there's less decomposition in a way, there's less
01:25:57
Speaker
less time since harvest, right? So it's just fresh, it's full of energy and that's important, certainly plays a large role. Okay, next here we
Immune System as Detox System
01:26:08
Speaker
have
01:26:08
Speaker
turning perspectives on the immune system. So the immune system is kind of a false name, right? It's not really a defense system. It's not really like the defense mechanism. It's more like the garbage disposal system, right? So the immune system, it does bond chemically with microbes, but that's the communication system that they have, right? Microbes are highlighting the environment. They adapt to their environment, right? They adapt to the conditions that they're in. They help purify that environment. And the immune system may be there to help get those
01:26:38
Speaker
microbes and toxins out, right? So, uh, the immune system is, is not, it's not a defense. It's, it's just a help. I relate it to the garbage man analogy where the garbage man themselves is the microbe and the garbage truck is the immune system.
01:26:57
Speaker
Right? The immune system takes it away, right? It takes the garbage and the garbage man with him away, right? Now the pleomorphic mindset, the microbe stays there and actually changes back to its spore form, to its microzymal form, which is interesting in itself. The weak immune system fallacy, again, is more of an indication of just poor holistic functioning in my mind. Obviously the immune system itself can be targeted by drugs like immunosuppressants.
01:27:25
Speaker
often used in organ transplants, but this is not necessarily an indication that it's because you have a weak immune system either, right? Obviously you can have poor functioning of the immune system, but
01:27:41
Speaker
it's usually just indicative of poor holistic functioning. So they say, oh, well, you know, I'm, I was more susceptible. You know, I, we went to the restaurant and you know, all three of us got sick and you didn't get sick. Well, we were all just more susceptible. Our immune systems were down. And I would, again, I would just say it's poor holistic functioning, right? Because if you don't sleep, yeah, your immune system goes down because what everything else goes down too. So like I said, it's just part of the detox pathway, right? There's the toxin.
01:28:12
Speaker
The microbe is there because of the toxin, the contamination. The microbe then gets taken up by that immune system and the lymphatic system then takes out that immune factors and then it gets excreted, right? So that's kind of a really simple way to put it, but you could see that it's the detox pathway, that it's this pathway out of the body, right? So again, it's part of that delicate balance.
01:28:35
Speaker
And obviously the antibody, there's an antibody problem within the immune system, antibody tests both signify that one is immune to a disease or that one has a disease. So this was highlighted really in the AIDS era, where if you took the HIV antibody test,
01:29:04
Speaker
you know, you had that, you had that, those antibodies. And then if you had the AIDS antibodies, it was like you were, um, if you had the HIV antibodies, sorry, and you had the AIDS symptoms, it was like you were diseased, right? But often we talk about antibodies being present as immunity, right? Like, so there's a little bit of a discrepancy there. Um, it's kind of like, it's kind of getting in there nitty gritty. Uh, we could get into it, but, but we'll keep moving forward here.
01:29:32
Speaker
And there's also the idea that antibodies are non-specific, right? And how do they get specific for microbes? It's just, it's a topic that we'll likely touch on in the future. All right, but we're going to talk about exosomes here now. So this is kind of the training perspectives on viruses,
Exosomes and Cellular Processes
01:29:52
Speaker
right? So exosomes are falsely named viruses.
01:29:55
Speaker
They're indistinguishable from viruses using electron microscopy. They're on the nanoscale. This is really important to note because really we can't differentiate at all. Exosomes are like extracellular vesicles. They're involved in cellular decontamination, cellular compartmentalization of waste. They may be involved in signaling or communication pathways, energy shedding processes. There's a lot that we don't know. We're on the nanoscale here. This is even lower on the scale than
01:30:24
Speaker
the micro scale than microbes, right? They're on the one on the micro scale. That's like one, 1 million versus a nano, which is one, 1 billion, right? So, um, the exosome topic is difficult, but obviously we know that it's not any cause of disease, right? And what we see is cholera viruses are more likely
01:30:48
Speaker
explained by exosomes. And Dr. Andrew Kaufman does phenomenal work in this area. He has a lot of amazing lectures on the exosome and talks about a lot. So I'd urge you maybe go back to his older stuff to find some of that. And the way I kind of think about it is that cancer is almost like the macro cycle of exosomes, right? So cancer cells are kind of like the compartmentalization of toxic environments.
01:31:14
Speaker
And they kind of store it into these tumors or perhaps too much energy. It's an attempt to contain a toxicity. And many would probably disagree with this and I'm not wholly convinced on this either. This is just kind of where I'm at right now with my thinking, but it seems to be this macro cycle of exosomes. And the question is, are cancer cells the cause of cancer?
01:31:40
Speaker
Although the body every single day is fighting off cancer cells, right? So seems to be like this natural process of, of the large cycle of exosomes. So say you have a buildup of energy or a buildup of contamination and you know, you have a cell that's, that's taken it all on. And so, well, what do you do? You.
01:32:00
Speaker
get rid of that cell and your immune system or maybe microbial systems can help you out there and help excrete that toxicity from the body. Obviously, when it builds up too much, you can get to a tumor state. Now, there obviously is a lot of people talk about
01:32:22
Speaker
cancer and frequencies, electromagnetic frequencies, and I wouldn't necessarily put it past, this may just be one lens through which cancer is created, right?
Microbes Transforming Environments
01:32:32
Speaker
Because our bodies have these sets of symptoms, right? It's these healing processes that we can produce, but almost a near infinite amount of contaminations that can go on, right?
01:32:43
Speaker
So deficiencies on the other hand are kind of a set amount of deficiencies. Our bodies only need so much stuff. Whereas the contaminations, we can create chemicals all day and our bodies are going to undergo the same symptoms. Maybe they're grouped together differently, but it's always going to be similar symptom profiles for similar contaminations.
01:33:08
Speaker
All right, so here we got certain perspectives on microbes and fungus. So essentially this is just part of the pleomorphic cycle, right? So you go from spore to microbe to maybe fungus and back to spore. It can be interrupted at anywhere on that cycle. And obviously there's a lot in between, right? It doesn't just go spore, microbe, fungus. There's a lot of in between stages of this development. Now, funguses are part of the later stages of disease, whereas microbes are more on the forefront.
01:33:38
Speaker
But both come from microzymos supposedly. And again, they're part of this delicate balance and act like the garbage man. They're there to biotransform toxic environments into clean environments. Like I mentioned before, it's the alchemical transformation of lead to gold. It's disease to health, disease to purity, contamination to purity. That's what it is. And these are kind of the catalysts for that. So getting rid of these symptoms or getting rid of these
01:34:08
Speaker
microorganisms are getting rid of the solution. Same as getting rid of the symptoms. We kind of attack it on every lens, right? We take antibiotics. We take antihistamines. We take, you know, uh, anti-inflammatories. We take, we take it all, right? So killing the microbes, getting us nowhere, especially, uh, for the purpose of this conversation, I'll hide the microbe.
01:34:33
Speaker
Uh, because the toxicities, what happens is they, they get stored further. And then eventually this just leads to more chronic, this leads to chronic disease. Right. So you have these acute diseases growing up. That's why you see a lot of acute disease in children, chronic disease and older people. Right. Because.
01:34:49
Speaker
The train just gets more toxic or more deficient and dead over time and it builds up and then your body eventually just can't deal with it. And so it has this chronic illness now that's not going to go away because your body has to adapt to this new toxic condition of the body, right? So it's like heart disease. It's like over time, eventually, you know, your blood pressure is going to have to go up to deal with the, with the contaminations of the body.
01:35:13
Speaker
Your blood pressure's up, not because that's the disease. Your blood pressure's up because your body needs the blood pressure to be higher to continue surviving. Your body's adapting to the conditions, just like a microbe or a fungus adapts to the conditions. All right, moving forward here, we got bacteriophages.
Challenges in Understanding Bacteriophages
01:35:33
Speaker
Now, bacteriophages are definitely a more specific topic here. I'm just gonna touch on them briefly.
01:35:42
Speaker
But they kind of come under the same realm as viruses. People often call them viruses, bacteria viruses, and that's just a misnomer. They're all taken, all photos of them are taken via electron microscopy. So obviously there's the problem that they all just may be artifacts.
01:36:04
Speaker
Uh, the reason why they're not necessarily, why we don't necessarily know too much about them is very similar to why we don't know too much about viruses. They're small, uh, hard to isolate. Although bacteria just can be isolated. The process is slightly different. People have isolated them better than viruses, but still it's, it's very difficult there. The problem is, is that they're not really present in a natural order. Right. Um,
01:36:32
Speaker
So microbes are not meant to live in isolation on Petri dishes and bacteriophages are only present in these cell cultures. So there's this idea that bacteriophages are actually there to regulate the inbred nature of bacteria. So on a Petri dish, the bacteria become very inbred and bacteriophages are there to kind of wipe that population out. And so it may be a natural process of getting back to the microzymal standpoint.
01:37:02
Speaker
But the thing is, is that bacteriophages are not part of a natural order. All the work of bacteriophages are done in vitro, they're done in culture, they're done in the lab, right? They've never been isolated from any natural environment, which is an important thing to highlight. So bacteriophages are not something that we necessarily have to worry about in our bodies, perhaps maybe in late stages of diseases and chronic diseases.
01:37:24
Speaker
But bacteriophages are only present in diseased microbes per se, right? So it's kind of the similar thing. It's like, you know, we can associate correlation and causation here, but we can't make that claim, right? So we've made a lot of claims about these bacteriophages. So it's best to kind of leave that alone in that sense. But, you know, essentially the word bacteriophage, the etiology of it is bacteria devours.
01:37:52
Speaker
And there's this idea that it may be that may be a wrong root of the name, because it's also proposed that they're part of the polymorphic cycle so they're actually micro spores right. And this is highlighted by Gunther underline.
01:38:08
Speaker
If they're part of this pleiomorphic cycle, they have a very different nature. So here's the thing, right? You can have all of these different conclusions coming out from our observations on bacteriophages, which is hard. It's hard to come by the true conclusion here because
01:38:25
Speaker
You're studying it on the nanoscale. You're looking at the structure through electron microscopy, which produces artifacts. It's only present in vitro. Obviously, it's never been isolated in vivo. So you're not studying it in live things, which is problematic in itself. And these bacterias,
01:38:46
Speaker
If they become spores and they become these bacteriophages at the end of their life cycle or at the end of the disease cycle, and it's part of the pleomorphic cycle, that's a whole other lens that we gotta be studying it through, right? So it's kind of challenging this topic here. And I just think that there's a lot of discrepancies along the whole, every perspective here.
01:39:10
Speaker
I don't want to draw any conclusions for bacteriophages, but this is just kind of what I learned so far about it. And I just think that one, there needs to be more research, proper research done on them. Uh, but we could, we could conclude that, you know, the modern way of looking at things is certainly not correct. Um, and, and, you know, Gunther and Elan did a lot of work with them and in the role in the pleomorphic cycle. So that may be a more viable thing, but, uh, again, like I'm not well versed enough to draw a conclusion at this point.
01:39:40
Speaker
All right, next year we got parasites and, uh, this was a hard one for me to understand, uh, because, you know, especially talking about people, people may say, Oh, I have a parasite. I've had a parasite before. Like I got it and it ruined me. And you know, parasites seem to be this real common topic nowadays. Everyone's got parasites and we all need to get rid of them to be healthy. Well, that's not true. Right. Uh, parasites are a natural phenomenon. Um, we have beneficial, you know, microbiome parasites in our body.
01:40:11
Speaker
Uh, but again, they just seek their natural environment with their food sources. If you have an external, if you could catch an external parasite and they could get through your stomach acid. And there's an environment. So one, you'd likely need low, like a low stomach acid, uh, you know, a pretty non-strong, like a weak stomach acid. That may be the first parameter for getting a parasite in your stomach.
01:40:36
Speaker
And then you have a stomach full of garbage. Well, yeah, a parasite might come in and stick around. So I'm not going to sit here and necessarily deny that either. But again, the parasite is not the cause of disease. So getting rid of that parasite actually, depending on the nature of the parasite may not be beneficial. So just straight up doing parasite detoxes is not a way to do things. And if, if you're working with somebody who just wants to get rid of all your parasites, you're working with the wrong person. You need to,
01:41:04
Speaker
you need to address the root cause of things. Parasites are not the root cause of disease here. And I know this is a hot take, but it's absolutely true. So like they won't stick around without food. That's, that's an important thing to know, right? Nothing does, right? If there's no food around, there's nothing around. So parasites don't kill. They clean. That's their purpose. They clean. They don't kill their parasites, right? They feed off.
01:41:34
Speaker
Well, our diseased environments. Kill the parasite and another one will likely develop or come because the terrain is also going to get worse, right? So you're not addressing the root cause here, but this is the problem, right? You're not addressing the root cause. That's what we're trying to get at here. Parasites love dirty guts and they hate clean guts. Now in clean guts, they still say that parasites are present. They're part of that natural order, but a dirty,
01:42:03
Speaker
in this sense, it's not necessarily full of microbes, right? It's full of, it's full of undigested food, lodge food, maybe heavy metals, maybe broken gut lines. Who knows, right? It's just, it's just a poor function of the gut, right? Dirty guts actually lack a functional microbiome and lack gut cell health, right? That's, that's what a dirty gut is, right? Not
01:42:30
Speaker
not just presence of microbes or parasites. All right, here we have tetanus. Now this is an interesting one because it's kind of the, it's kind of a difficult one to wrap your head around, especially in the terrain framework of things. But, you know, at the end of the day, you can kind of come to the same conclusion, right? That the, that the,
01:42:58
Speaker
The microbe is not the cause here, right? So they say that tetanus is actually caused by clostridium tetani toxin, right? It's caused by the toxin. It's caused by the virulence of the microbe. So the microbe, uh, colostridium tetani, uh,
01:43:20
Speaker
lives in very specific conditions. It needs to be anaerobic. So there cannot be oxygen present. And so in a puncture wound, what happens is right where tetanus is, it's always associated with dirty nails. You go in, you puncture it and it kind of closes up and you have this, this interior puncture wound that has no oxygen, right? Because it's not like a scrape or a burn or whatever that has a lot of oxygen there.
01:43:47
Speaker
It's anaerobic, right? So that's a very specific condition for this, this, um, microbe to produce this virulent toxin in, right? And so there also needs to be this, uh, Clostridium tetani microbe present, which is present a lot in, um, they say farmer's fields and things like that, or, you know, on farms because of the, um, the waste products and the animals.
01:44:15
Speaker
So take a clean nail and jab yourself with it. Give yourself a good puncture wound that has an anaerobic environment. You're not necessarily going to develop tetanus, right? Because now the presence of the microbe must be there, but there's also more than just the presence of the microbe. Because you could have that microbe all over you, crawling all over you, and you're not going to develop
01:44:42
Speaker
tetanus, even if you have a wound that's a scrape that's aerobic, well, you know, that has oxygen present, you're not going to develop tetanus either. And so tetanus is kind of interesting, right? The tetanus toxin creates this muscle spasm, creates this lock jaw, right? That's kind of one of the symptoms. And it doesn't affect smooth muscle like the heart or the intestine. So that's a very interesting thing.
01:45:09
Speaker
Um, and so now interesting about the, uh, the, um, vaccine actually is that one dose is shown to provide a lifetime immunity. Um, but on the other hand, there are also many cases where people have had tetanus over four doses after four doses of the vaccine. So, you know, there's the descriptions in the literature. Is the vaccine really going to help? I don't know. I think.
01:45:39
Speaker
Again, the puncture wound itself is kind of a more man-made problem. You don't see tetanus in nature. You kind of see it only in the man-made environments where we've created nails and we've created these conditions to create this disease. Obviously, tetanus is not a childhood illness. So there are a group of people who are perhaps
01:46:06
Speaker
ex-vaxxers or, you know, they don't take vaccines anymore. But they still take a tetanus vaccine, right? Now, it's better at a later age, two years, and not take it when you don't have an immune system when you're a baby, right? Don't give it to your two month old. Better in the later stages. And it's possible, now this is something that you'll have to work out with your medical provider,
01:46:34
Speaker
to get the toxin in isolation. So if you get a plain tetanus toxoid and you isolate it, it's in isolation and you perhaps put it in a proper solution, devoid of all the toxicities that vaccines typically come with, you could provide the same immunity touted by the many studies that provide a lifetime immunity, but remember that many people get tetanus even after having a tetanus vaccine. So it's a rather difficult thing, right?
01:47:04
Speaker
Um, there's also the notion that many people who get tetanus have never really had an encounter with a, with a rusty nail or anything like that. So that's another common observation that, that happens around this topic. Um, and so really what, what can be said about, you know, tetanus is that we should really ensure proper wound care and perhaps herbal remedies as well. Um, you know, wounds.
01:47:33
Speaker
like oxygen. And so that's an important thing to consider as well, right? Especially if you have the, um, but again, not about, not a medical practitioner here. So definitely go talk to your own doctors, uh, and consult your own intuition. Okay. Next year we have Lyme. Now Lyme disease, another complicated one, right? Um, again, doesn't come down to the virus or the parasite.
01:48:03
Speaker
itself. Lime doesn't have any specific tests. Yeah, there are microbes involved. Again, always microbes involved, but correlation doesn't cause causation. It doesn't mean causation. And the signs and symptoms profiles of limes can be very nonspecific or non-characteristic, I should say. So the arrhythmia migraines rash, specific for limes,
01:48:31
Speaker
is not very characteristic, right? It's non-characteristic. So there's a large profile for diagnosing this, which can obviously cause its own problems. Lime, never fill the coke's postulates, of course, like everything. In clinical diagnosis, antibody tests aren't really even used. So the non-specificity of the test
01:48:58
Speaker
is not even an issue because we don't really use, like they don't really use it in diagnosing limes. They basically go off, uh, symptom profiles and maybe stories. Now, an interesting thing about, uh, uh, the, the lime they're carried by ticks, right? So they're carried by ticks. Now, insect saliva is something that's been studied very little, but may induce rash and actually,
01:49:25
Speaker
there's this notion that ticks may concentrate pesticides such as glyphosate. So that's a very interesting thing on why tick-borne illnesses always seem to be a thing. It seems to be that they concentrate these pesticides, right? And so when you create these pesticides, obviously they're meant to stick around. So that's one thing about them, but they're also meant to kill. Pesticides are meant to kill.
01:49:55
Speaker
You know, that's, that's one thing and we've really not studied insects alive as too much. And I think this is a really interesting topic. I'd like to get on some, uh, entomologists and speak about this perhaps. And I know there's one, uh, in the field that talks about how, um, insects only consume diseased plants or, or low functioning plants. Uh, and I'd love to get him Thomas Dijkstra. His, his work is, is absolutely phenomenal.
01:50:24
Speaker
Uh, so next year, the, so let's, we can talk about the original paper here of, uh, and it was done by Bergdafoor et al, uh, in 1982 and showed that Borrelia, Bergdafoor, Bergdafoor, Bergdaferi,
01:50:42
Speaker
Sorry for my poor Latin pronunciation. It was only found in 61% of tick guts. That's very important. It was never found anywhere else in the ticks. It was never found in salivary glands. And obviously this is the microbe involved in Lyme disease. But, you know, this Borrelia
01:51:07
Speaker
Berg de Ferry was not found in South Ferry Glands, which is just a kind of hilarious thing. And there was a study done where, I think in this study, sorry, the original paper, infected ticks where they had this microbe present in their gut were unleashed onto eight rabbits.
01:51:34
Speaker
And the ratio was 40 ticks per rabbit. So 40 infected ticks per rabbit. And interestingly enough, in all of these rabbits, the rash, there was a rash present, but there was no Borrelia burgda fairy found in the rabbits. There was no microbe found in the rabbits, which is very interesting. So there was this rash present after the ticks consumed
01:52:02
Speaker
or after the ticks fed on the rabbits, but none of that was found. So I like to highlight this again, that ticks may concentrate pesticides. I think that's a phenomenal finding. I think we need to explore that more. And we need to study insect saliva. It's a funny topic, insect saliva. I mentioned it before, people have laughed because it's comical, right? But it's true, right?
01:52:29
Speaker
it should be studied and even just insect, you know, even if there are any connections to the salivary glands, right? If there are connections from the blood, like can we take from the blood to the saliva? So it needs to be looked at more. I think the concentration of pesticides is an important thing. But yeah, like the thing is, is when you get back to the microbe in question here, it's nearly impossible to isolate.
01:52:57
Speaker
the microbe from patients. One study, Banach et al, 1983, could only isolate it out of 36 patients, could only isolate it out of two patients.
01:53:10
Speaker
and isolation, obviously, in its own problems, but the spirosceptemia is transient and of low density in this condition was quote from that study. And in the study as well, they actually say three quarters of Koch's postulates are largely satisfied. So again, just
01:53:32
Speaker
Interesting highlight. And I actually do not remember which postulate was not satisfied. And I wish I had that on hand. Uh, but the study is Banach et al. 1983. Uh, you should be able to find it if you look up Lyme disease, or even if you look up, uh, Borrell, Brelia, Boogdorferi. Uh, that's B-O-R-R-E-L-I-A. B-U-G-D-O-R-F-E-R-I.
01:54:01
Speaker
I'm going to look into that too, because I forget which postulate was unsatisfied, but they did not satisfy post postulates is the main point here. The effectiveness of the Lyme antibiotic is largely debated topic even in the modern literature, obviously not the pharmaceutical literature, but in those that are perhaps a little more rigorous than pharmaceuticals who are making some money.
01:54:31
Speaker
All right, now we're gonna talk about some of the common demics through history, pandemics, epidemics.
Historical Disease Narratives
01:54:40
Speaker
So we'll look at some turning perspectives on things like tuberculosis, the Spanish flu, polio, AIDS, and we may as well highlight the indigenous story of smallpox right now. Obviously, you hear a lot in North America that smallpox wiped out a large portion of the indigenous people. Now,
01:55:04
Speaker
Here's the thing. The indigenous story obviously is largely told by the colonizers. And there's obviously been a lot of money and effort put into absolutely decimating the indigenous populations, especially North America, well around the world, but recently North America for the purpose of this conversation. Now,
01:55:33
Speaker
What happened if you read the book, The American Holocaust, they actually tell the story that the colonizers were a lot more brutal and gruesome and were likely just killing more indigenous people than obviously we'd like to admit now. And so that may explain for the large amount of deaths. And we obviously blamed it on smallpox. Now, not that smallpox wasn't present.
01:56:02
Speaker
But the thing is, what did the colonizers bring over other than themselves and their trains and their boats and their factories was their absolutely god-awful living conditions. So in the American Holocaust and in many indigenous stories, there's talks about how where the indigenous were living in amongst the colonizers was like absolute
01:56:31
Speaker
just trash in the street, living in your own waste. And so that might explain for the smallpox presence in those in contact with the colonizers, because those obviously outside, we're not dealing with this issue as well. And so in this, I'm kind of referring more to the Northern
01:56:58
Speaker
area where the colonizers came in, but even in the southern area that holds true, and in the southern area I think they were even more brutal. The conquest the doors like the Spanish were much more gruesome on the indigenous and there's also the stories of
01:57:17
Speaker
maybe great floods or earthquakes in the years 1812 and 1813 that happened where there was, you know, 15, 20,000 earthquakes throughout North America in a one year period.
01:57:32
Speaker
which the geological records show, that may have wiped out, that it may have created insane floods from land seas, essentially, and wiped out insanely large indigenous populations. Because before that time, we didn't really have any of the Midwest discovered, which is maybe where the cities of gold were thought to be discovered, or likely discovered, especially among the Mayan people.
01:58:02
Speaker
And yeah, it's important to highlight that story. It's not one that's really talked about. It's kind of a.
01:58:09
Speaker
You know, um, if you look at history, you can look into static in the attic talks about that, but you know, that's the largest gold mining operation in the world in that area where that great flood happened, where it wiped out perhaps a lot of indigenous people. Um, because again, the fact that we went, you know, there's been, there was story of conquest or finding the cities of gold and then going back and there being nothing, right? And there being nothing and, um,
01:58:39
Speaker
you know, all the indigenous people are gone, but then there's no trace of the city of gold and there's no trace of dead indigenous people either. So it really doesn't make a whole lot of sense.
01:58:49
Speaker
Um, but also that story in itself may be twisted because, you know, people don't really want to know where the real city of gold is, right? Where it may be in the Midwest and not necessarily down in the Amazon. Uh, but that's a, that's a whole history lesson in itself. So let's move on. We're going to talk about tuberculosis. Um, tuberculosis, of course, never attained coke's postulates, obviously. Tuberculosis is a great example of pleomorphism and likely why it, you know, it was very present at the time when pleomorphism kind of had its debut.
01:59:18
Speaker
Um, because of the spores of tuberculosis spores or the dormant phase of tuberculosis, it's a lung issue. Tuberculosis is, you know, often associated with lung issues. Um, I would probably speculate that there's a lot of heavy metals involved. Uh, obviously back in the day, there was a lot of mining factories, uh, the new use of cars, planes or burning, you know,
01:59:44
Speaker
The air quality was really poor, which is probably why we see tuberculosis even still today because the air quality is extremely poor. Obviously tuberculosis is less prevalent. Well, we've obviously have less mining, less factories. Perhaps our air is a little bit better.
02:00:04
Speaker
That could be a whole conversation itself. Now, Weston A. Price had some great observations surrounding tuberculosis that, you know, in his work with the indigenous populations, those consuming the indigenous diet and living the indigenous way of life did not contract tuberculosis.
02:00:22
Speaker
And those indigenous, same indigenous peoples of the same tribes or things of that nature, living the modern way of life had tuberculosis. It was present in a lot of the moderns. So those living the modern way of life. So that was an interesting perspective. Gunther and their lion's perspective is that the Aspergilius Niger cyclode leads to disease of the lung, which
02:00:52
Speaker
is indicative of tuberculosis or perhaps cancer. Now Gunther-Underline obviously's work is encoded in his own definitions and terminology. So it's rather complicated and I certainly have no great understanding of it. But for those really interested in pleomorphism, Gunther-Underline's work is top of the line. But his idea was that an injection of symbionts may be helpful to help the pleomorphic cycle along. So that's kind of his, that was what he was,
02:01:21
Speaker
pushing as his treatment was kind of helping the the pleomorphic cycle along its thing. Now, I don't really agree with injections of any kind. I think they're kind of absolutely unnatural. There's nowhere in nature where that seems natural at all. So the only thing that may be close is a bee sting. So and that's very therapeutic in itself.
Spanish Flu and Electrical Technologies
02:01:51
Speaker
Okay, we're going to move into the Spanish flu or H1N1 influenza A would be the microbin question.
02:02:00
Speaker
So the Spanish flu, you know, there's not really a clear symptom profile. So that's the first thing. It's very, it was respiratory, neurological, cardiac, and there was even psychological remains identified as being part of the symptom profile. So that's one thing. Obviously it was 1918. There was a war happening. So, you know, obviously that had its own thing and soldiers were vaccinated and it was mandatory.
02:02:30
Speaker
as pushed by, I think it was Rivers, our good friend Rivers.
02:02:38
Speaker
It's an RNA virus, virus, right? And it was isolated from frozen people who were dug up a little bit ago in Alaska, actually. So that's how they isolated and came up with that being the cause of H1N1 influenza A. Not saying that this is correct, but that's just how they came to that conclusion, the modern way.
02:03:05
Speaker
So interestingly enough, the Spanish flu affected healthy people aged 15 to 40. So it's kind of odd. Obviously those were the ones at war. And I guess for the men at least, but
02:03:27
Speaker
You know, you had better odds if you were actually unhealthy. Like if you were anemic or undernourished or handicapped, uh, there's a lot of, of evidence showing that you had better odds at surviving the Spanish flu. So that's another very, very interesting thing. Right. And the disease seemed to spread faster than humans could travel even at that time. Now we talked about gallops Island before, um, how they took the a hundred men.
02:03:56
Speaker
and they brought him to Gallops Island and they were around sick people where they used techniques of natural contagion, of mouth over nose, of shaking hands, of sneezing in people's faces, of breathing in air, of coughing onto healthy people from sick people. They also used cotton swabs. They injected the blood of sick people into healthy people
02:04:23
Speaker
They injected sick people's mucus. The sick exhaled and healthy inhaled directly what the sick exhaled. And 10 sick people coughed directly on healthy people in their face five times each. And the one thing in common in all of these is that none of them created disease. Even the injections did not create disease in the healthy individuals.
02:04:50
Speaker
So that's just an absolutely phenomenal observation. Everyone should read Gallup's Island Study. It might change your mind. You might look at things in a different light here. And obviously, we're going to talk a little bit about the electrical cause of influenza, of Spanish flu, I should say.
02:05:15
Speaker
And so before 1889, it had quite a different symptom profile and sort of profile in general. And Arthur Fitzenberg from his book, Invisible Rainbow, highlights this. So I have a quote here from him.
02:05:31
Speaker
from a capricious, unpredictable disease, terrorized whole populations at once without warning and without schedule, and disappeared suddenly and mysteriously as it had arrived, not to be seen for decades. But after 1889, it was a yearly thing. So every year there was the yearly flu, right? This is what we call the influences, the yearly flu.
02:05:59
Speaker
So what happened in this 1889 then that changed the disease from just coming and wiping out a whole population and leaving, you know, within a year to being a reoccurring thing every single year, electrical age began.
02:06:18
Speaker
So since 1889, influenza has been present almost always and everywhere in the world, only to disappear during the COVID pandemic also almost completely, obviously, because COVID was nothing but a test demic. So what happened in the electrical age? Well, we started rolling out.
02:06:41
Speaker
radio frequencies. We started rolling out electrical wires all around cities and there was this large non-native electromagnetic frequency everywhere now in cities for the most part, right?
02:06:58
Speaker
And obviously that's where people were more affected than others. And so to highlight the Spanish flu here, everyone should read The Invisible Rainbow by Arthur Fitzenberg. It's a great, great story, especially for electromagnetic frequencies. It's the most comprehensive book you can read on the topic, in my opinion. But in 1918, there was obviously a major rollout of radio frequencies for the war efforts, right?
02:07:27
Speaker
And so interestingly enough, Arthur Fritzberg highlights in his book that one third of the population are electrically sensitive. So even prior to there being the electrical age, you know, in the 1700s, there was a lot of work on electricity and especially, you know, electrotherapy in people as well. And they realized that one third of the population, roughly,
02:07:50
Speaker
is largely was largely affected by electricity, where it would cause them a lot of problems. You know, a lot of symptoms would occur after being exposed electrically. So what did the Spanish flu effect? Well, it affected one third of the population, which is an interesting correlation. And obviously, there was mandatory vaccination for all the soldiers in the war. And like we mentioned before, especially in porphyrins, heavy metals and
02:08:21
Speaker
Non-native electromagnetic frequencies do not mix very well. So, you know, there was this aspect of the symptom profile that involved bleeding issues where you would bleed from ears or your gums or your nose or your stomach. You know, hemorrhage in the lung was a common cause of death in the Spanish flu, actually. And it was proven that influenza patients actually had a lower blood coagulation.
02:08:53
Speaker
Gerhard, 1779, showed blood coagulability was lowered when electricity was involved, right? So there's a lot of things that point towards this electrical cause of influenza. And obviously since 1989, electricity has been present in every single person's life pretty much around the world because it was absolutely paramount that we all become connected. So a double-edged sword, electricity is,
02:09:13
Speaker
Right, and
02:09:25
Speaker
So the hypothesis essentially is that the accumulation of electricity is the cause of influenza.
02:09:31
Speaker
Um, obviously there's, you know, you can throw out other theories that it was the mass vaccination of the populations, especially for, um, the older vaccines were probably had a lot of heavy metals in them. Um, there was also the toxins from the war. Um, you know, who, who knows, right? So, but this, this one really seems truthful. Uh, it seems like the right path. Um, because interestingly enough, you can correlate prior to 1889, um,
02:10:01
Speaker
all the what we called influenza pandemics right that affected the whole world occurred during the peaks of solar magnetic activity so when electricity was naturally high in the world there tended to be these these massive die-off events and things like that right so
02:10:21
Speaker
You know, mother nature obviously wasn't happy when those were happening, but that's just a correlation too. So we won't draw too much from that, but even seasonal influenza epidemics may be occurring due to seasonal variations in solar radiation, right? So perhaps that may be the reason for a flu season, or at least partly a reason for it, or at least partly the reason why we have this cyclical detox period. So just something to consider.
Polio Outbreaks and Environmental Factors
02:10:50
Speaker
All right, we're gonna move into poliovirus, obviously the cause of polio disease. Now, much of this is taken from the book, The Moth in the Iron Lung. Forget the author, Moth in the Iron Lung. Fantastic read, easy read, actually, and quite an enjoyable read. Tells the story of polio quite well.
02:11:17
Speaker
So essentially, the story just goes through how there's this, a long, long story of polio starting in the late 1800s, starting in very, very small populations because of this mass use of this, or the beginning of the use of these pesticides, paris green, which was heavy metals, and then moving into a lead arsenate.
02:11:42
Speaker
and eventually moving into a DDT, all producing similar symptoms, all used to combat the moth problem of the United States that were wiping out crops. Now to go back here, we're only like
02:11:58
Speaker
Polio was only truly diagnosable if spinal tissue was extracted and analyzed, and that's how they would find the polio virus. Obviously, no Cokes Posh studies were done and no true isolation of the virus was done either. But, you know, they weren't cutting every spinal tissue open to diagnose all these cases with polio. So, you know, there's that.
02:12:23
Speaker
But back to the chemical cause of things, right? So you have these heavy metals that, and it's a spinal cord problem, you know, and the lower parts of the spinal cord. So heavy metals are heavy, they tend to sink down, but there may be an affinity for the spinal cord or perhaps the myelin sheaths of the spinal cord, obviously leading to the, to the paralyzation, right?
02:12:53
Speaker
So another problem was actually the war efforts. After the war was complete, they had all of this, all of these machines, right? And all of these planes. And so war planes were actually used to spray chemicals and pesticides like DDT. And so this is really when polio went crazy, right? So when it was parascreen and lead arsenate, you know, you had these little epidemic breakouts of
02:13:17
Speaker
of polio right or they didn't necessarily call it polio but it was the exact same symptom profile because it goes back to the late 1800s all the way through the 1900s. It was like one small little town out in the middle of nowhere has all these cases of child paralysis and things like that.
02:13:35
Speaker
So, but then when DDT was introduced, it was like the major breakouts, right. And, and everyone, you know, ask your parents and, you know, your grandparents, even about, um, the old DDT trucks, they'd be chasing them playing in the spray down the road. And, you know, they were just going through neighborhoods and spraying DDT around. Right. Uh, so yeah, it went from local outbreaks to epidemics. Um,
02:14:03
Speaker
Obviously, the vaccine was introduced after DDT was already banned. So they banned DDT because they thought that it was causing some disease. And so cases were on the decline. And well, what did they do? They came out with a vaccine and claimed that the vaccine is the reason that there's no more polio. A great play.
02:14:24
Speaker
in their very limited playbook of controlling the population because they love to reuse that one. If you look at when vaccines are introduced throughout pretty much any epidemic or pandemic, it's always when there's a decline of cases at the end. It's after the decline of cases actually. And then, you know, either it goes down to nothing or it goes down to very little and they claim that the vaccine was the reason. So they can paint the vaccines in a good light.
02:14:54
Speaker
So obviously there's a lot of books on that, dissolving illusions by Susan Humphrey's phenomenal read. So and then the problem was too, you know, they say that polio went away. Now we've kind of recharacterized polio in my mind. You know, things like acute flaccid myelitis.
02:15:16
Speaker
It's pretty much the same symptom profile as polio, right? So even things like Guillain-Barr syndrome, enterovirus D68, transverse myelitis, all have extremely similar profiles to polio. And even other things like West Nile virus, botulism,
02:15:39
Speaker
Amyotrophic lateral sclerosis also has very similar profiles. So we love to recharacterize symptoms into new diseases so we can obviously tout the old diseases dead and a big win for vaccines. All right, next year we have the AIDS, supposedly caused by the HIV.
02:16:04
Speaker
Now, this is COVID 1.0 in my mind. COVID is just AIDS 2.0. That's how I best describe them. Well, HIV was invented at the Pestaf Institute in Paris, unironically.
02:16:21
Speaker
Now why is it COVID 1.0? It was a PCR testemic. It was just a testemic. Karen Muellis, the inventor of PCR actually spoke a lot about how HIV is not the cause of AIDS. There was actually a lot of
02:16:36
Speaker
of high ups, you know, scientists talking about how HIV was in the cause of AIDS at this time, which is really interesting. Now, why is it COVID 1.0? Well, it was a political event. It was based on fear. That was a large part of their repertoire there. Again, the antibody problem is present. The presence of antibodies indicates infections and not immunity in AIDS.
02:17:06
Speaker
you know, how does the HIV evade the antibodies? 40 years of research still doesn't know, right? So there's an antibody problem again here coming up. HIV, again, interestingly, only affects men or mostly men, right? It affected mostly heavy drug users, those who use poppers. I will not go into what those are during the, you know, the demicure.
02:17:35
Speaker
But there was a population of people who use this use these drugs who were heavy drug users who got AIDS. And even now today, you still see a lot of heavy drug user and their populations get AIDS. Obviously, there's problems in like in Africa.
02:17:54
Speaker
which is so sad, but there's also a lot of drug problems in Africa, right? And really poisonous, poisonous drugs because they're really cheap drugs. They get a cheap high, but it doesn't allow for a long life. Now it's claimed that AZT, which is a treatment for AIDS, killed many or gave many of them AIDS-like symptoms.
02:18:16
Speaker
And there was a lot of things like the preemptive antiviral drug use. So a lot of people were taking it before they even had AIDS. So what do these all have in common is they kind of, you know, for lack of better terms, they kind of repress the immune system, right? So they repress, you know, overall metabolic function, right?
02:18:38
Speaker
truthfully, but in the modern framework, they really repress the immune system. Drugs decrease your immune system, especially this AZT and stuff. AIDS is immunodeficiency syndrome. The thing about AIDS is really that they popularize the latent virus, so the asymptomatic areas. You can be HIV positive and not have AIDS.
02:19:02
Speaker
fear thy neighbor. That was when that maxim really came about. And this is why it was COVID 1.0. So let's talk about COVID 2.0. COVID-19, SARS-CoV-2. PCR testemic, again, it was just the PCR thing. I could spend the majority of the slide talking about PCR. So I'll try to make it brief. Polymerase chain reaction, again, invented by Kerry Millis.
02:19:31
Speaker
The problem with PCR, one, caramel stated that it's not meant to detect any infectious diseases at all. It just detects whether or not there is a genetic sequence present. Now it runs in a cycle threshold, a cycle count. So essentially what happens is it goes through these cycles of denaturing and reannealing together
02:20:01
Speaker
genetic material. So you essentially multiply the genetic material. Every time there's a cycle, it doubles the genetic material. So you start with one strand of genetic material. After one cycle, you have two, and then you have four, and then you have eight, and then you have 16, and then you have 32, and so on and so forth. And so in the literature and what I was taught at university,
02:20:24
Speaker
in my genetics courses, because we learned extensively about the polymerase chain reaction, was that you cannot get a paper published if you run the cycle counts of a PCR test over 33 cycles. You cannot run it and get it published over 33 cycles. Now through COVID, what did they do? Well, obviously they
02:20:46
Speaker
they ran most of the labs anywhere between 35 and 45 cycles, which would increase the false positive rate extremely high. And so anybody getting these PCR tests could test positive. And that's why when PCR tests were high,
02:21:02
Speaker
cases were really high. And that's why you saw asymptomatic people because it was absolutely nonspecific. It was just false positives. Every single case of COVID was just a false positive, whether you were sick or not. Now the antibody test or the antigen test was slightly different where it just kind of detected if you were sick or not. So if you had like these presenting symptoms and maybe a little overwhelming amount of viral material or bacterial material in your mucus,
02:21:31
Speaker
It just kind of detected if you were sick. Again, they also stated that those were not conducive to actual COVID cases. So if you had an antigen test, you weren't a positive COVID test until you had the PCR, but PCR is an absolute scam. It's absolute nonsense. It doesn't make sense scientifically to be using it at that high. There were CDC documents coming out and telling people that
02:21:57
Speaker
they had to use, their labs should be at 35 to 45 cycles and where cases were really high, they were using it at 45 and where they were lower, they were using at 35, right? So that's caused a lot of problems, obviously, because it's just absolutely poor science and Christ, I was learning about it in first year, second year university and these experts don't even, can't even catch that. Well, I mean,
02:22:22
Speaker
at this point it's like obviously not a mistake because anybody with a brain could understand that that like when I asked my professor she had no answer all she could do was get upset at me and told me that I was lying but I had the actual documents in front of me saying that they were you know 33 they were running it at 35 to 45 cycles so
02:22:43
Speaker
That's the foolishness of the PCR test. I got to move on from that. Talk about that all day, get all fired up. But yeah, SARS-CoV-2, COVID-19 was just a political event. It was just based on fear. You saw one of the largest transfers of wealth, obviously throughout lockdown. We destroyed small businesses. The rollout of vaccines, you know, just in the newest cause of heart failure around the world.
02:23:08
Speaker
especially like a young, healthy people as well.
02:23:14
Speaker
You see a lot of heart conditions nowadays, a lot of heart conditions. Again, the asymptomatic nonsense, there's never been a coex postulate study. Obviously, the asymptomatic nonsense doesn't abide by coex postulates anyways. COVID-19 had the most extensive list of symptoms similar to influenza, because what is it? It's pretty much just influenza 2.0 as well, but with a better propaganda scheme around it.
02:23:43
Speaker
So obviously we had a disappearance of the influenza flu. There were no cases of the flu throughout COVID. There were lower cancer deaths and lower heart disease deaths, but there were no increased death rates around the world.
02:24:03
Speaker
Now there was a, well, that's kind of difficult too, right? Cause it depends on which, you know, it depends on which sources you're looking at. So whatever that's just it, whatever it is, what it is. Uh, mask implementation was obviously a problem. It was a respiratory disease and we thought a good solution would be to cover up our breathing devices, our mouth and nose. Um, there was, uh,
02:24:31
Speaker
large rollout of 5G, which supports the electrical cause of the flu in general, because where 5G was rolled out, there was an insanely close correlation between 5G rollout and high amounts of COVID cases. Now, again, it relies on the PCR test, so you can't really trust it that much, but you know,
02:24:59
Speaker
we know that people in cities were getting sick and that's where five years. So it's kind of two discussions here. So, you know, there's a little bit of discrepancies here in this conversation. Cause these are, these are what people were saying, you know, my, my thing is that the PCR test is just, it was absolutely false the entire time. Um, that's, that's what I stick to. Some people say it was caused by 5g. Some people say it was caused by masks. I mean, masks and 5g are both bad for your health. Uh, was it the cause of the pandemic? Well,
02:25:28
Speaker
It's like, I don't even know if there was an actual pandemic. I think there was just cases on the TV that was scaring the shit out of the population. And, you know, all of our experts are paid experts and our political leaders were telling us to be scared. So we were.
02:25:45
Speaker
And then obviously the implementation of a vaccine, uh, well, it was not a vaccine actually because they changed the definition. They changed the definition to encompass mRNA genetic therapy. Now the old, um,
02:26:00
Speaker
name for a vaccine was there needed to be a live or attenuated virus or microbe present in the vaccine. And obviously that's not the case in an mRNA genetic therapy where we inject genetic material to be, you know, to create a spike protein or whatever BS they fed us to inject us with shit.
02:26:25
Speaker
but they changed the definition of a vaccine to encompass this because nobody wanted to take mRNA genetic therapy, something that's failed for 20 years in the literature. So they changed the definition of a vaccine to encompass that. So now if you look up the definition of a vaccine, it's pretty much just an injection to confirm unity, but vaccination is not immunization.
02:26:49
Speaker
And so finally the vaccine introduction, uh, was perfectly aligned with the PCR cycle count change. So funny enough, Anthony Fauci came out, I swear to God and said it himself when vaccines came out, like the day that they came out.
02:27:07
Speaker
Fauci said that they need to address the problem of labs running their PCR tests too high. Like this, you can't make this up. Like I swear to God, you can go find it. He said the exact words where the labs around the United States, in which the rest of the world followed, because we have the most advanced medical system in the United States, changed their lab counts. They had to change the PCR cycle counts and lower them to an acceptable threshold, which is why COVID went away.
02:27:39
Speaker
It's hilarious, right? It's so clever on their part. And it's like, obviously it's easily deceptible if all you do is listen to the, you know, the paid experts and the politicians, right? It's so easily to be, it's easy to be deceived by this, but really you can't make it up. It was like the day of, or the next day, you know, it was, it was like bang on. So if you're still convinced that COVID-19 was not an absolutely fear-based political event,
02:28:08
Speaker
you got to go watch like the end of COVID. It's a documentary series. You know, a lot of the leading people in this, in this field are talking about that. So the end of COVID go, go watch that if you're not convinced, like, but man, that was just showed the state of our, of our world. So obviously next week, this is it for the solo podcasts.
Podcast Reflection and Future Plans
02:28:34
Speaker
Um,
02:28:36
Speaker
I kind of liked doing the solo podcast. It was, it was, they're pretty fun. Honestly, I'll probably do more in the future. But for now I want to get some guests on. I think I've laid a pretty good foundation for my thoughts and thus, you know, the podcast in general. So yeah, next week we're going to get some guests on and you know, for the foreseeable future, we'll get some guests talking about things in relation to this.
02:29:02
Speaker
So, you know, I post a lot of stuff on Instagram. It's a little more concrete and more like, uh, things you can do to support your terrain and things like that. So if you don't go follow me on Instagram beyond dot terrain and, uh,
02:29:17
Speaker
I think that would be, uh, that'll be the area where the concrete happens. And we post a few recaps of, of the podcasts and kind of important topics. And as we get into guests, I'll try and recap what, what the guests talk about on the podcast in the, uh, on Instagram, kind of short form, short concrete form. So, uh, we can really help get information out there, the valuable information out there.
02:29:40
Speaker
Uh, I know these are kind of long. Uh, we went long today. I was really looking forward to this podcast. I think this episode, like, uh, this is my bread and butter. This is what I like to talk about. So, but that's it. That's it for me. I want to thank you all for listening. Uh, you should know that this is not medical advice. This is for general informational purposes only, but remember that we're all responsible sovereign beings capable of thinking, criticizing, and understanding absolutely anything in the world.
02:30:07
Speaker
We the people in the greater forces are together self healers self governable self teachers and so much more. Please reach out if you have any questions comments criticism, reach me beyond train on Instagram, truly appreciate everyone listening today. If you enjoyed the podcast in any way, found it informative.
02:30:26
Speaker
Please like, share, comment, follow, whatever you gotta do on the platform you're listening to. It really sports a show, helps me grow, get the message out, get the message out to more guests. If you have any ideas for guests, reach out to me.
02:30:41
Speaker
Uh, let me know who you want to hear on the podcast. Um, I've definitely want to get some people with opposing views on too, like maybe virologists or microbiologists. I'm not sure if they're going to want to talk to me, but I'd really love to talk to them. Uh, so we'll see if we can do that, but, and if you want to be a guest, reach me, reach me too. Um, yeah, just beyond dot terrain on Instagram is probably the best, best way to get to me.
02:31:05
Speaker
And so, you know, just remember there are two types of people in the world. There's those who believe they can, those who believe they can't, and they're both cracked. Thanks for listening, guys. Take care.