Clif High - 20141016 – Clif High Audio #27

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Oct. 16, 2014 - Clif High

01:11:06

20141016 – Clif High Audio #27

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Time	Text
	Afternoon.
	It's 2 46 p.m. on October 16th, 2014.
	Here in a very lovely warmish Pacific Northwest, South End of the Salish Sea, fall day.
	This is a uh Wujo.
	Haven't done one of those in a long time.
	Wujo, by the way, is spelled W-U-J-O, and it's a derivation of the idea of a dojo.
	And dojo is a place, uh Joe is the word for place.
	Do is the way.
	So dojo is a place where the um way is practiced, where you can find the path to enlightenment through the martial arts or whatever.
	So a wujo is a place where woo-woo is practiced, and uh this is woo-woo voodoo and all kinds of strange shit.
	So um uh not your uh father's form of uh Wujo.
	Anyway, uh all kinds of stuff going on.
	We've got a long uh trail of stuff to get through, so any of it will make sense to anybody.
	So I'll just sort of start going into it.
	We'll see where we end up.
	Uh universe has been pressing on time on us here in a number of different ways for fucking months, absolutely months, uh doing two and three jobs continuously.
	Uh not just myself.
	I mean, everybody has been under the load.
	It's sort of uh easing up a bit.
	Um, but um that's what it has uh led to no wujo efforts in that period.
	Just stretching out my back a bit.
	It's been a long day.
	Uh in any event.
	So let's start off and say that uh this wujo is sort of gonna be at the same level of impact as the one in which I talked about the Earth has never been around the sun.
	We've never ever ever orbited the sun.
	This had to do with a guy by the name of Dr. Bot, B H A T. If you do a uh search on that, you can go and find that old audio.
	And uh and some related uh text information that I've put together.
	And then there's tons of other stuff about Dr. Bot.
	And his ideas, which have now been validated, especially by the attempt to shove a Voyager through the or the Voyagers through the um uh skin, if you will, of our solar system, uh, that is this energetic skin, uh, this dynamic layer that is formed by the sun pushing its way through the interstellar medium, which is not vacuum.
	So, that out of the way, uh, this new Wojo does not relate to uh external space, it relates to internal space.
	And so uh the subject under discussion initially today is going to lead us on a sort of um wandering trail, but uh I actually have a I have a clue as to where we're gonna end up, so don't worry.
	Anyway, though, so let's start off by saying that we only have uh four senses, and we have to be real clear about that because this is a key element of understanding.
	If you're a human listening to this, you are a uh vertebrate, you have a spine.
	There are other vertebrates on this planet, but we're mostly we're not the majority.
	We're a small minority by any measure, by total number of species, by uh weight of all of the species put together, uh no matter how obese the vertebrates are, and that includes some big vertebrates, you know, like elephants and whales.
	They're they're they both have spines, um, and so they're part of vertebrata, which is our uh uh subclass of uh organisms on this planet.
	But uh we're small in comparison in always a number of species, volume, you know, any metric you choose to name, and it is almost as though uh we we're not native.
	None of the spinal creatures are native in that sense.
	There's no that's in fact one of the areas this whole idea of a missing link extends back even further than the idea of a missing link between humans and apes and the idea of evolution, but rather the idea that uh okay, where did the spine come from?
	This uh cord wrapped around the nervous system, etc.
	etc.
	Anyway, um it's almost as though I say it was introduced, and many of us do think that the Nomo were the ones that provided it.
	And along with the spine, they uh there's some interesting things that were done with our uh bodies.
	Now, all the vertebrates have uh other things in common besides simply having a spine, uh sharing the idea of a spine, whether they're a whale swimming through water and keeping their spine more or less horizontal, um, or uh, you know, uh upright human or a semi-upright uh great primate, or a horizontal quadruped, it just doesn't matter.
	Uh we all share certain characteristics that are uh beyond just having a spine.
	One of them that's really unique on the planet here is that we all have all of our sensory organs at the tip of the spine, and uh we have four if we're land uh mammals,
	uh five if we're uh airborne, like bats, uh, and uh they have spines, and uh six, even though you know flying rat, nonetheless it has a spine, uh, and six if you're an aquatic mammal.
	So humans actually only have four senses, and so we could not have a sixth sense, because we don't have five.
	Everybody says, oh well, but you know, there's five senses, the sight, smell, hearing, and taste, and touch, and that's correct up to the point of touch, because touch is not a sense.
	Uh senses require a sensory organ, and this is one of the key elements that we have to discuss here, is the the idea of sensory organs.
	If you'll know that they're all uh the sensory organs are within your um uh nut, your hard uh egg uh protecting your basically your sensory organs and your brain.
	And uh your body, while you you have been taught to think of it as being uh a giant sensory organ, it is not.
	The skin serves multiple purposes, whereas the sensory organ, none of the sensory organs uh serve multiple purposes at all.
	The taste buds, in no uh in they're not directly involved in eating, although they prompt the brain to eat, that kind of thing, but as so does the smell, uh so does smelling, so does um uh uh uh hearing uh and sight.
	All of those could prompt you to eat.
	So uh it's quite clear that you you don't need taste buds to survive.
	You can eat without them and you can survive.
	Um and they're not in any way um their lack is not detrimental to the actual consumption of food.
	Uh so the sensory organs all provide us a single point of focus that is unique among our uh constitution, among uh the way in which our body is put together.
	Uh, because for instance, our skin does multiple things for us, protects us from all different kinds of things, you know, pollution, uh ultraviolet radiation, um but allows for uh gas permeability so that we get the appropriate ratio of uh of uh both gas pressure and types of gases, uh, but unfortunately you can also get pollution that way.
	Uh, you know, all different kinds of things.
	So the skin is multifaceted, it's one of the larger organs on the body, and it is an organ in and of itself, but it is not a sensory organ.
	Uh sensory organs, if you'll note, are extremely focused.
	Your eyes, all they really do is see.
	They don't protect the the eyeballs uh may inadvertently protect the sockets from UV radiation, but it's actually the skin and the um eyelids that protect the eyeball.
	So the eyeball is not even trying to protect itself from UV radiation, it's extremely sensitive and uh vulnerable.
	This is true of all of our senses.
	Uh they they have this level of vulnerability in them that we do not see in any other part of our body.
	Uh you can just name any of the uh organs or systems of the body and uh get yourself a um uh bunch of med students, uh, get them a few beers in them and debate the issue with them, have them try and think of an or uh system or organ in the body other than the four sense organs that has this unique level of vulnerability, single point of focus in what it does, because for instance, you could say the liver, nope, nope, liver does thousands of things.
	Same thing with the spleen, pancreas, etc.
	Uh so uh there's just all kinds of stuff going on in all of these other organs that are not present within the sensory organs, and so they're quite unique that way.
	Uh they're also unique in another way, that it is impossible to sleep, for instance, uh without being disconnected from the sensory organs, but yet you're never disconnected from your sense of touch.
	So uh touch, by the way, as I say, actually, I shouldn't say sense of touch, your perception of touch.
	We'll use that word from from this point on.
	The idea of touch of feeling uh has to do with a new way that we need to think of the body.
	Uh, first off, we've got to stop and say, you are not your body.
	So we have to understand that that's the case.
	You're not your body.
	No matter what anybody tries to tell you or or what they're trying to sell you, you're not your body, and this can be proved through real quick couple of thought experiments.
	Uh so uh let's digress for a minute and and describe what we're talking about here.
	Uh the human body is not you, it is a template through which energy is expressed along the lines of the 22 trillion times a second uh creation destruction model of universe, and it's a template uh through which um uh you your the consciousness that is you uh pushes out a unique uh expression.
	So your body is unique to the consciousness that is you, and nobody else is using a template that would allow this uh uh to be identical to the the way in which you are expressing yourself, but we all come from uh what's known as the universal template that actually is creating all of our atoms, etc.
	or are the perceived atoms.
	So your perceived sense of touch, your your perception of it as a sense is misleading.
	And what you really need to do is you need to think of the uh expression of um your perception of touch as being uh your the perceiver that is connected to your consciousness and uh along with or or that is the receptacle, if you will, of the um output from your sensory organs.
	So uh let me see if I can rephrase that in a more meaningful way.
	Uh okay, so here we go.
	Here's a here's a way to approach this.
	Your uh perception of touch is a feeling state.
	That is your consciousness in feeling mode.
	Now, you will note your consciousness does not have a feeling mode for sight, for sound, for smell, or for taste.
	Thought about that for a second.
	Your consciousness does not have a feeling mode for sight.
	You can't feel yourself seeing, but you can feel your body, the body that you inhabit, the you that is your consciousness inhabits, you can feel that pressing against something.
	You can feel your ass pushing on the seat that you're sitting on, or the the heels of your of your feet if you're walking, that kind of thing.
	You what you're aware of the pressure of the air on you.
	Uh you're aware of uh, you know, the air through the through the hair, all of these cliches that advertising uses to get you to think of your body uh in particular ways and to identify it, also are ways of telling you that you are not your body because you're uh because of a number of things, but within that, your sensory organs have no direct feeling perception within them.
	You can't feel yourself here.
	Uh you can certainly feel the reaction of your body rebelling when the uh level of sound that your your hearing organ can take is exceeded.
	Okay, but that's uh a different thing entirely.
	That's not your your ears uh in any way intruding on the feeling of your uh of hearing, rather, that is the housing for the ears themselves, um, complaining that its red line has been exceeded in what it can take.
	Uh very much as though your lungs would complain if the air pressure suddenly uh was too little or too great.
	And so um uh but that's not in any way a sense organ.
	Uh so it if you grasp this concept here, you're you are aware of taste.
	You can certainly taste salt when you need it, you can taste sweet when you need it.
	There are these defined tastes that the uh uh Ayurvedic guys and the uh Taoist uh or Chinese medicine fellows, traditional Chinese medicine guys, Identified a long time ago.
	They codified, they they linked them up with various states of health and mental wellness and so on.
	And did some real good cogitation on all this.
	And they discovered that there were certain tastes that exist that are common across things.
	So for instance, honey may have a taste that is in unique to a specific form of honey, but it has a component that at its base is sweetness, which exists in sugar and agave and other different kinds of sweeteners.
	So it goes down to sort of a base layer.
	But at no time that you're tasting the sweetness, do you have a feeling of the taste?
	You're aware of it, perceiving, you're aware of perceiving it in your consciousness, basically as a separate input from any form of feeling that you get out of your body.
	Your body is therefore, in this context that we're creating here, is therefore a vessel, and it's sort of like a smart, intelligent boat, right?
	And the skin of the boat is able to send in tens of millions of inputs to the uh control panel, uh telling it, watch out, watch out, you're bumping into that, and you're gonna hurt the skin, and you know, we might leak, that kind of thing, right?
	Uh but it's no more than that.
	That's what your body is.
	And the body you have was given to you as a template, and you grow that template in space by adding energy to it, and the energy is transformed in a whole long other series of wu-jos uh to matter, and you end up using this matter in a way that uh you're entirely unaware of.
	So, for instance, you're you have no way of stopping your skin from merging with the supposed atoms of the clothes you're wearing or the seat you're sitting on if you were naked, that kind of thing, right?
	Uh, but yet when you get up, you don't bring any part of the seat with you, uh, nor do you leave any part of your ass on the seat, usually.
	So, under the under the context we're creating here, we want you to understand that your body is a feeling machine.
	It is the uh dangly little bit of uh the end of consciousness, and uh to that little bit, we add the four senses.
	If you're a land uh uh vertebrata uh mammal, right?
	And so uh you have these four senses.
	Uh if you're a bat, you've got five, if you're sea mammals, you have six.
	All of your senses are are housed within your skull to protect them.
	This is due to a number of different factors that we'll describe in a very simple way, just so it doesn't get overly complicated and uh tie us up for hours.
	But here's basically what's going on.
	Everything in the universe is conscious.
	Uh everything in the universe expresses consciousness.
	But there's degrees of consciousness, and there are some things that are much more conscious than others.
	There are some things that are so conscious they become aware that they're conscious.
	Aha, like some humans, some dogs, some cats, some birds, some butterflies, even some rocks, perhaps.
	We don't know.
	You know, I've never talked to an intelligent rock, so I wouldn't know.
	But we do have uh situation where it's possible to uh qualify the certain level of degree of consciousness that is in everything by various different kinds of thought experiments about those things, especially these things that are make up the engines, these vessels, these smart uh body ships that we've got that we're using to truck about through uh this this energetic environment.
	And one thing that we're able to determine is that hmm, there exist a deeper level of consciousness within our sensory organs than exists within other parts of our body.
	And this can be um discovered by noticing what happens when and under what circumstances.
	So for instance, we uh can ascertain that it's not possible to go to sleep if your eyes are active and connected and doing stuff, um, if they're uh able to work.
	If you're blind and your eyes are active, who knows?
	I'm not blind, so I couldn't say.
	But if your eyes are active and open and doing things, looking at things, perceiving sight, uh uh, you're not uh feeling that sight being perceived, but you're that that um perception of the sight is is going to intrude on your consciousness.
	And same thing is true of taste.
	If you're sitting there tasting uh curry or tasting uh salty potato chips, see, you can feel it.
	Um, you know, or chili peppers, whatever gets you, right?
	Some people are hot taste uh sensitive, others are or cold taste or salty taste, etc.
	Um, and it also varies day-to-day, you know, on the moods, your biochemistry, etc.
	Your your taste buds, by the way, are giant uh sensor chemical sensory organs that are designed to keep your ass alive in a strange, weird environment where you're just not quite sure what you should be eating and what you shouldn't.
	And so you sit there like a great ape and you put it in your mouth gingerly to see if it's gonna burn your lips and take it out.
	And then you gradually get to the point where over a bunch of time you end up chewing the thing to see what's gonna happen.
	You don't swallow though, and you spit it out, just wait and see.
	And so uh your taste buds will tell you a whole lot of things about uh potential poisons based on the taste that you get.
	A good reason to keep your uh sensory organs um healthy, the the tissues in them and so on.
	And they and so uh you're not aware of the taste, but you're aware of its intrusion on your consciousness, getting back to this idea of trying to get to sleep with the uh sensory organs intruding.
	And so same thing is true of sound.
	Uh, if you've got a motor home that's sitting uh 35 yards away from you, and they've got an air conditioning going all summer that has a particular um wine to it based on the fans and the fact that the motor home is a big giant can uh which amplifies it, and if in the winter that same fan is used for heat and you're sensitive to it, you sleep with the wind window open, then you're gonna hear that, and it'll be difficult to sleep as long as your ears are perceiving that.
	And you'll note that when you try and get to sleep and you follow that regimen of you know, make your bed and everything's cool, and then get down there, lie down there and get comfortable and and shed all the attention you can, and then start with your toes, and you I won't do this in case you're driving, but basically you gradually relax all the parts of your body.
	You don't ever get to the idea of relaxing your eyes or your taste or your your nose or your hearing, but you must do all of those in order to get to sleep.
	You have to turn those off in order that the sleep process will occur.
	So now that was a long-winded 20 minutes just to get us to the point where, hey, you might be falling asleep.
	So if you're driving a car, wake your ass up right now, look around you, become conscious of what the hell is going on.
	So a long-winded way of getting us around to the point where the human body is going to go to sleep.
	Now, when the body goes to sleep, when that process engages, and we're we don't concern ourselves with any of the processes that go on, but we're gonna have to touch on them briefly.
	You'll note that, as I say, you have to disconnect from your sensory organs.
	But that's not true of any of the other organs in your body.
	Your liver still keeps functioning, your bladder still still keeps filling up, as old people will tell you, etc.
	etc.
	Your blood still keeps flowing through your veins.
	Uh again, more or less well, as old people will tell you.
	And and so it it goes, right?
	Your hair grows, this kind of thing.
	None of this stuff shuts down while you sleep.
	But your sensory organs do.
	They must.
	And that's because these little critters have a higher degree of consciousness in them than we do uh within the other organs.
	And I uh at some other point in time, if we have the time, I'll go into uh the the details about it and what some real interesting thinking about the sensory organs and how they're created by this uh universal template and the uh uh continuous creation destruction model of universe, uh, what it would tell you about these various sensory organs.
	But at this point, I think that you might be convinced that the sensory organs are unique and they have a level of consciousness that intrudes on our general consciousness to a greater degree than our body, because you can sleep with your liver uh going and your bladder filling until such a thing, you know, maybe your liver shuts down and that wakes you up, or your bladder fills up and that wakes you up.
	The latter usually is uh is the more often case.
	But um, and so you'll see then that when your body goes to sleep and your sensory organs have disconnected from your consciousness.
	There you go.
	You see, that's the clue that you are not your body.
	You're also not your sensory organs because they all disconnect from your consciousness.
	And what is the opposite?
	What's the other aspect of this duality?
	When you wake up, you come back to consciousness, is how we rephrase it.
	But it really should be your consciousness returns to your body again, from where, for what purpose is immaterial at this or not pertinent at this stage of the, and actually is immaterial, uh pun intended linguistically.
	Uh, but um is not pertinent at this point in the discussion because we have to keep moving on because there actually is a point to this, okay?
	So uh so there you understand that when you go to sleep, your consciousness leaves your body.
	It is not connected to your body because primarily it is shed, it's uh uh disc gets closed down, it's a uh connection to your feeling, uh to feeling the body, and then uh you know in a different kind of a process entirely, it disconnects from the extra consciousness that comes in through the eyes and the uh other sensory organs, um, and you and you are in a s state of sleep.
	At that point, your consciousness truly is not there.
	It's the very same kind of disconnect that people have in near-death experiences, where their consciousness is no longer connected and has no input coming in from the uh feeling uh uh form, which is our body, a very complex entity in and of itself, and uh the uh the sensory organs, the four sensory organs.
	And so near-death experiences have much to uh do much and in many regards resemble the state of sleep.
	There are also other uh instances where we know that consciousness leaves the body through various different means.
	Uh, for instance, uh you could be tased, uh, get an electrical, uh, get electrocuted cuted one way or another, and you'll find that your consciousness leaves your body, not like sleep.
	It's very sudden, uh, your sensory organs overload and they shut down, and you are disconnected.
	And people frequently under those conditions, even though they may not be dead, but might be electrically uh knocked out, uh, will report much of the same kind of um uh mental input as uh those people that have near-death experiences.
	Usually we don't get those sorts of things when we sleep, but occasionally we get intrusions and we call these things dreams.
	Now that um process of dreaming is another uh discussion for another time, and we have to keep moving on this, but in any minute.
	So let's look at two other uh forms of having your consciousness leave your body that will convince you that you are not your body.
	Uh, one is uh being knocked out uh uh without like electrocution, but literally being you know hit in the head or a concussion wave or something like this.
	When that occurs, uh what basically happens is that some level of pressure from some form of a blow penetrates through your hard skull, hits your brain, and travels across it very fast in a in basically a compression wave, because your brain is uh a big sack of emulsified oil with all these uh electrical connections um in suspension within that emulsified oil.
	And that's basically all your brain is.
	It does not store anything, it doesn't have any thoughts, it is nothing more than a giant uh liquid crystal uh radio receiver that receives uh frequencies that we are not able to perceive with machines in the in the main or in the gross.
	Okay, some of those frequencies we can perceive with machines, but in the main we cannot dial a machine to somebody's consciousness, not yet anyway.
	But theoretically, there's nothing to stop us from from being able to do that, because all the brain does is just that.
	Highly complex.
	Uh the level of discussion might take years just to explore the surface of it.
	So anyway, though, when you're knocked out, suddenly you're you're disconnected because of this compression blow across the the surface of the or the substance of the brain, your your um the energy uh connections to your sensory organs are disconnected, and you're no longer there.
	And when you come back, you're maybe overwhelmed by pain and so on, and so it takes a while for your consciousness to understand where it's been and what's happened and so on, but it is aware of coming back to, and then we would think of it in terms of the culture, we would describe it as coming back to ourselves, but really that's not it.
	You're coming back to the vessel that you occupy, the the little meat sack, the um, you know, sensitive uh skin boat that you're driving around in this environment after having been somewhere else, and we'll leave that somewhere else for for another time.
	Now there's another kind of um we also, by the way, would see similar effects with uh epileptics, only they're not totally knocked out.
	There's uh the body still has some uh automatic control that's going on, and you'll see that in the grandma's seizures and so forth.
	So uh, But basically it's also a disconnect from the sensory organs and the consciousness is not there.
	And when that occurs, then you have the uh the seizure uh episode uh symptoms.
	Anyway, so we get to the idea here.
	This other last one I wanted to discuss, which is the idea of a toxic block blackout.
	The idea of um being knocked out by chemicals.
	And you'll note that for instance you can drink yourself to the point where you would black out, and it's because the toxins and the alcohol build up cross the blood-brain barrier uh and uh get in there and pollute the brain in a slow fashion.
	Ultimately, what they do, and you'll note this from being inebriated, is that your sensory organs start going one after the other after the other after the other.
	And uh at some point when all four are disconnected, uh so are you.
	And so you black out at that point.
	And uh but the effect there is different because it uh it is done by taking the emulsified oil that is your radio receiver and fucking with its frequencies by intruding in there all of these various different sorts of chemicals that alter the uh liquid crystal uh matrix that is your receiver, and so it can't receive your consciousness anymore, and it says, ugh, throws up in the gutter, uh lifts its skirt up and uh reveals its panties and falls in uh headfirst into a trash bin.
	Okay, and so that's the fun of a toxic blackout, and that's where drinking alcohol leads.
	Uh now, on the other hand, uh just as an aside, drugs don't have that effect.
	And so, for instance, things like um uh the seven shamanistic uh used plants are all basic forms of uh uh wetware receiver tuners, and so they tune you into different frequencies, they alter your uh uh frequencies of consciousness that you're able to pull in uh with your wetware, with your uh emulsified oil um radio receiver inside your meat sack.
	And so uh they can add to your consciousness.
	Uh they don't alter it in my in my understanding.
	Uh you're all the alteration is not in any way permanent, they don't change your consciousness, they don't alter the you that is you, as any drug addict will tell you uh that you know that oh no, all those years of being a drug addict, I'm still the me that is me.
	Uh and in a quite uh sincere way, they'll do everything they can to describe that, no matter how horrific their life has been, and all of the attempts to remove the suffering through drugs, etc.
	The end result is that you remain.
	And uh so, as my um brother used to say, you can go crazy and it doesn't work because you're still there.
	You're just crazy.
	And so um it makes a lot of sense to understand that you are not your consciousness, or you are not your body.
	Your consciousness is this separate uh um energy stream, uh cohesive, it can connect and disconnect.
	We can see that in sleep and all these other forms of uh disconnection, which uh, you know, I could have said, hey, you know, in a different way, I could have described it in a lot uh shorter number of words, but it's necessary that we approach this whole idea from a certain perspective, because I wanted to get your uh understanding of this uh deeper than merely um what might be seen in glossing over it.
	So your consciousness has a machine that it is living in, very much like that uh movie with the blue people, which I never saw, but I'm sure it was quite good.
	Uh anyway, your senses are uh live in a way that uh other parts of your systems are not, and we need to discuss that at some other point in the in the future.
	But this as an aside leads to all these old legends about, you know, when you die, the last thing you see is imprinted on your eyes, and even after you are dead, and I'm quite certain that that's the case because the consciousness consciousness of can disconnect, and yet the uh the individual consciousness of the eyes, ears, etc.
	Uh can persist for uh some milliseconds longer than that separation.
	Uh so just as an aside there.
	Okay, so you're not your body, your consciousness is a uh different uh entity at some level, and so now we can look at our bodies at a slightly different level.
	Uh we can look at the idea that our brains are just nothing more than radio receivers, and therefore we can receive the ideas that they're tuned in and are capable of receiving.
	To a certain extent, I think we are all limited, and although we can change and we can certainly grow and progress, seemingly, we might have really finite limitations in what we may be able to think about built into the structure of the liquid crystal um uh uh thought percepting or perceiving uh receivers that are our brains.
	And so we uh I'm certain that that's the case, that they're at some level uh we can't think thoughts that we can't think because we're designed not to think them.
	Uh strange kind of a thing.
	Anyway, uh so I wanted to uh bring up a couple of strange ideas and then later on connect them up.
	Uh one of them is the idea of this assault on water.
	And uh the uh there was a discussion I had on the half-past human side about the idea of this assault on water.
	We see it through the attack on the Gulf Stream at the um uh site at that uh oil volcano and the deep drilling uh British petroleum did, British petroleum is merely the executing arm of the evil toad lizard uh royal family, and so they did the hit on water in the Gulf.
	We've got their other arm, which was the 1950s version of General Electric, which had the weird ass uh uh design for a nuke plant, which they put on the coast of Japan so they could destroy it when they needed to, and then we have a the assault on the Pacific.
	So we've got the assault on the Caribbean and the Atlantic via the BP oil, we've got the assault on the uh Pacific via um uh Fukushima, and we see the assault on surface water, all in the northern hemisphere focus, by the way, if you'll notice.
	Um we see the assault on surface water by this intense push for fracking and all these other elements going on that if you look at under the surface and just look at it in a very peculiar sort of uh wu-joe way, they all are connected.
	And that is they're all connected because one could view them as an assault on a primal source of uh of water, uh water that uh you know refused to kowtow to humans, that kind of thing.
	And one to this effect should really read Victor uh Schauberger's writing in English even just uh of the few paragraphs about it about why it's uh unwise to go and straighten out rivers and build dams and things.
	I don't have time to go into that at this point.
	Anyway, what I wanted to point out though was that if you'll notice also um I had to go and look for very specific references, so I'm certain I don't have anywhere near a complete list.
	In the movies that have been coming out in the last 30 years and a lot of the television uh that is based on or was precursor to some of the movies, we see this assault on water theme.
	And so we see it in this movie um with Tom Cruise called Oblivion, where there's this uh nasty thing called Tet, which is a tetrahedron that comes down and wants to eat all the water on the Earth.
	And this is a sort of a remake of the of the series uh V, where the aliens wanted to come and take all the salt water on Earth.
	And it goes on and on and on.
	If you go back in history, there's even the theme was even represented in uh the 50s and before that in uh in movies, and before that it was in science fiction stories, etc.
	Basically, uh space aliens come down because they want the water on Earth.
	And it even goes into some of the weird Disney kind of uh comedy movies.
	I don't know that it was Disney or not, but it it strikes me as being in the same vein.
	This movie with uh Eddie Murphy where he plays um uh both the commander and the the vehicle of the space uh of a space alien.
	Curiously interesting because of our uh milliseconds ago discussion on consciousness.
	In that movie, he played the vehicle, the vessel, the boat, it looked like um uh Eddie Murphy, and yet he was also inside there in a miniature edition, along with lots of other people running it, but he was up in the command and control area of the brain, pulling levers or pushing buttons or something to make the his outer uh image uh uh perform here in human world.
	Well, what was the whole focus of that?
	They were down here to retrieve their uh device which went awry, which was sent here to steal our oceans.
	So even in the uh comedic approach, it's all here about stealing and attacking and uh destroying water.
	I could get into the why of it, but it's because basically uh water is intelligent.
	When you're born, you're uh over 80% water.
	And when you die, you'll likely die at a level of uh 40 to 50% water.
	So if they just if you look at old people, they sh they usually shrivel up and uh and die.
	Um and it's a lot of the death is actually can be attributed to the shriveling up process, the dehydration process, the inability to hold water and tissues the way they did in their youth.
	We also find that there's all kinds of ways in which humans um expire from dehydration in nature uh and through disease uh that fundamentally is um uh a reduction of the level of uh water in their system to a certain critical threshold, which depends on body type.
	There's the three body types uh vada, pita, and kha, and each has a slightly higher or lower threshold of uh retained water and the ability to uh absorb it or get rid of it.
	Uh so anyway, though, so it's necessary to understand that people die frequently because the their systems are just not able to retain the water they need, and water is this really key component.
	Duh.
	Sorry about that.
	And of course, water is required to maintain the accurate tuning frequency of the liquid crystal emulsified radio receiver that is your brain that allows the thoughts to come on in, it's required to provide the support for your skin.
	And which gets us into our uh some of the main point of the discussion today.
	Aha, at last we're here.
	Okay, so here's the idea.
	Uh you go to the dojo, you do a roll, or you hit your shore your shoulder wrong, you don't have unbendable arm down just correctly, it bends a bit, and uh you hit your shoulder.
	Only a small part, uh, you know, maybe the size of your palm.
	But uh your body is going to, you didn't do it, but your body is going to send out this universal template that is your body knows how to do this, and it's going to send out um uh okay.
	Let's uh first off stipulate that you're uh uh 27 years old at the time.
	And your body is going to send out a flood of these things called CICs, which are these um uh enzymatic little um uh devices.
	Now let's first define an enzyme as far as we're discussing it here.
	Enzymes are catalysts.
	Enzymes uh take the chemical processes, the electrochemical processes, the bioelectrical chemical processes in your body, and they speed them up so you'll be able to live.
	So you're able to do something.
	If you didn't have enzymes, you would move um well, you you you would you wouldn't live, but I mean, presuming you could live without enzymes, uh you would live for tens of thousands of years uh because you'd be moving so damn slow.
	It would take you, you know, 500 years to have a have a thought to go and lift up the toilet seat, that kind of thing.
	Um, you know, you wouldn't have any kind of activity at all.
	Enzymes are basically the dynamism of your life.
	They allow you to be energetic and to go on out and be dynamic.
	Rocks are not filled with enzymes.
	Um, you know, uh vertebrates are uh some life forms, you know, sloths, probably are low enzymatic life forms.
	Um anyway, uh so you got uh enzymes and they're catalyst uh to your chemical, biochemical and electrical, egg electrically biochemical reactions within your body.
	And enzymes control are used by your body to control all different kinds of things through this process called lock and key, which uh basically is this little shape fitting process.
	You know, you got a protein, you're you get this critter in your in your body that comes along and it says, aha, and it and it says, I have a key that's this shape, and it comes along and says, I see a hole, and it shoves it in that hole.
	Nope, doesn't fit, so it goes on about its business.
	That kind of thing.
	Uh if it does fit, it's like, aha, I'm going to, you know, eat the skin off of you.
	And it turns out that's a good thing because this is a uh systemic enzyme that comes along and eats the skin off of a uh the protein skin off of a viron and thus exposes its core to the white blood cell that then comes and kills it, and aha, you don't get that virus.
	Uh so it also, of course, aids in uh tracking down and killing bacteria, etc.
	But it's not really required the way that the white blood cells are for that the white blood cells can go and finish off the bacteria, the in a way that uh doesn't necessarily require the same level of participation at the same kind of um extent as with the uh viruses uh through the systemic enzymes.
	So anyway, um here we are, and we're um dealing with a situation where uh our bodies, we are not our bodies.
	Our bodies are machines.
	We need to think of them as biochemical machines and be able to deal with them that way.
	And thus we know, for instance, to go and you know top up the um uh blue stuff that you know cleans our windshields, that kind of thing.
	We need to be aware of of certain things.
	Because if we're not, we're not going to treat our bodies the way that they actually exist in uh a demonstrable reality, but we're going to think of ourselves as our bodies, and we're going to succumb to the reactions that the body has naturally.
	Our bodies are apparently designed to wear out between age 27 and 35 to start that process because we don't make any systemic enzymes anymore.
	Systemic enzymes are these things called CICs, as I referred to earlier.
	When you're rolling on the mat and you hurt your shoulder, or you know, your wife slaps you upside the head for getting home late and being drunk, that kind of thing, uh, you're gonna develop an injury.
	The body's response to that injury is to send out these CIC enzyme critters that cover your injury area with uh fibrin.
	Fibrin are these long chains of proteins that are all bound together like rope, and they're there to make the the area rigid so it can be repaired, uh, so that the damage can be uh undone through cell replacement and so on.
	And so they sort of are the uh Chinese workers that come on in in moss in Hong Kong and build those amazing giant uh bamboo uh scaffolding structures, right?
	Ahead of building the building.
	And so that's what fibrin does.
	It's supposed to come on in there and uh lock everything up and uh build a scaffold such that all the other stuff can come on in, all the other enzymes can come on in and do their work.
	And the enzymes come on in and act as catalysts, and they cause certain chemical reactions to occur, you know, clotting of blood or flowing of blood, all these different kinds of uh dualities uh based on the enzyme being there or not, and then present and in volume or not, and that's how your body uh maintains things.
	But see, there's there are certain areas of the body relative to us being here on Earth that makes sense viewpoint if you wanted the bodies to wear out, but from our viewpoint as consciousness using these bodies long after they should have worn out, we should have gone on to another one.
	Um it they don't make a lot of sense.
	So, for instance, it doesn't make sense that you run out of systemic enzymes between 27 and 35 and start going to hell, right?
	That it makes no sense at all, especially if you're gonna live to be 80.
	Well, maybe it takes you that long to die and you're supposed to go through these processes of suffering such that you know, so in other words, the loss of the systemic enzymes may in fact in some way be participating in cleansing of karma.
	And and we have to recognize that when we go about screwing with things like our systemic enzyme levels, which is actually what I'm heading to propose.
	Uh, because um at the point that you reach the 27 to 35 age and your systemic enzymes uh production is peaked, it actually gets to the point where it's uh basically throttled down by your body because it's gonna have to um dribble them out over time in order to make you last, and uh, is not getting any new ones and it knows that.
	And so it doesn't have any new ones to send and and and do things.
	But here's how here's our problem with this is the these enzymes are broad um in their impact sometimes.
	So that injury to the top of your shoulder that was about the size of your palm, if you actually end up were to look at the lattice structure that was built, the fibrin structure might extend all the way down to your elbow and latch onto some uh tendons that then go on into the forearm and ligaments, uh, and it probably extends all the way over the back of the over the uh edge of the shoulder uh into uh your latissimus muscle.
	Uh, and so you're gonna feel that shoulder injury all the way down to your elbow and all the way into your back, as this soreness and the swelling uh from what is a relatively small little uh area in your body.
	And it's done in order to immobilize you and keep you from re-injuring a very sensitive area, which is the shoulder.
	Now, some parts of your body can take a hit and develop far less of these um uh reinforcing structures, so you can get uh you know a good hit on the thigh, and it and it's gonna be maybe the size of a dinner plate.
	It doesn't have to go all the way down to the knee or all the way up into the butt, that kind of thing, uh, because the nature of the underlying structure is uh more easily repaired than is say the shoulder or the knee itself.
	You'll note how when you hit a knee or an ankle joint, uh the bloody thing might swell up uh if you if you damage your ankle uh at at a threshold that actually induces Fibrin production, you'll note it because all of a sudden it starts swelling, and the swelling will go all the way down to your toes and might reach uh halfway or more uh up to your knee from a single you know twisted ankle or um um uh you know a bad kick when the guy moved and the uh stone wall didn't,
	that sort of thing, right?
	And you end up with these hugely um inflamed and and uh restricted areas, and it's necessary because of the nature of those joints.
	But the point of that is that when it comes time to clean up all that fibrin, when it is healed, a lot of times that does not occur.
	And this is where we end up with scar tissue.
	Scar tissue is this old fibrin that's left lying around that has served its purpose and should be gone, but it isn't.
	And we have a corresponding thought experiment that we can note on our own bodies.
	If you're as careless as I have been, you'll note that over time the types of scars you gained uh uh post uh 2735 in that range, uh, is uh if they're a lot thicker, they're they're um uh more dense, um uh bigger reaching, more crude, uh, and more troublesome than those scars for those injuries you obtain when you were in your youth.
	Uh those scars are you know fainter, uh, even though they're the trauma at the time may have been actually uh more significant.
	And so uh this is just yet another observational uh experimental point to uh get to the idea here that a key component of this is the the systematic or systemic enzymes.
	Now, systemic enzymes are just that, they're catalysts that are used within your body uh for various systems.
	So there's various kinds of systemic enzymes.
	And it's not very complicated.
	Basically, there's uh metabolic and catabolic.
	There's um uh uh systemic enzymes that build you up or systemic enzymes that come in and tear down stuff you don't need anymore.
	Now, the ones that tear down the stuff that you don't need anymore that we're gonna be concerned with at the moment are called uh proteolytic enzymes.
	These guys uh come along and they eat protein.
	Now, this is uh good because they eat it and they get you to um uh excrete it one way or another.
	Uh usually not through the skin or anything, but you usually um uh it either it comes out through the bladder or through the colon.
	And the proteolytic enzymes are one of the first levels that really get reduced once your body stops pr uh producing or has peaked on the systemic enzymes.
	And that's the the thing is that uh we know as old farts, as old warriors here, guys who have been in the martial arts for 30 plus years, that as you age, you get this like gritty feeling of all these built-up fibrins, especially in a fascia tissue, in the out uh tissue underneath the skin, which has to build the uh uh areas up.
	So, for instance, in our shoulder injury, we might uh build a web that goes down to the uh forearm and connects in through the ligaments and into the forearm muscles and then goes over the back some considerable distance down into the latissima dorsi.
	And um when it comes along and your shoulder heals up, it's ah, my shoulder feels good, but hey, you know, your back is ever so slightly swollen, and so is your arm.
	And what happens is the fibrin in those areas takes forever or does not get removed.
	And so you have this build-up of fibrin all the time.
	And so fibrin, by the way, is related to you know all the fibrous diseases, and there's some justification for thinking that humans also die.
	I uh one of the leading causes of uh dehydration, which down to a critical threshold is a buildup of fiber at some level, fibrosis at some level.
	And we, you know, I mean go into all of the cross connections there, but uh at this point, let's note that um you get fibrin circulating so bad that it impacts your lymph system and it impacts your blood.
	Now, I used to have thick blood in a disease called hemochromatosis because of uh Irish heritage through my mother, and uh that has a predisposition to uh having um an affinity towards iron, too good of an affinity towards iron.
	And so you get what I used to call thick blood, and I could actually sort of feel the symptoms of the disease.
	It wasn't really a nice thing at all.
	And it's similar in some ways to the polluted feeling that people get as they age, as the fibrin starts circulating in the blood, and the blood ends up being you know as thick as oatmeal when it should just be barely thicker than water.
	And the the old saying blood is thicker than water is quite accurate, but not much.
	You need to have that blood as hydrated as possible.
	And in fact, frequently when you run into a situation of uh high blood pressure and you start feeling yourself getting angry and this sort of thing, hey, down a couple of glasses of water and see if that doesn't help.
	Uh a lot of times it's you know, temporary level of dehydration.
	Uh Not to say you shouldn't check your blood pressure, all that kind of crap, you know, yada yada yada.
	Anyway, um, so here we are thinking about um altering our our meat sacs, our our smart vessels, our boats here, just like um Eddie Murphy in the movie Meet Dave.
	Uh, we're in up in our brains in our um uh receivers up there driving the the little boat around, and we note that hmm, uh we probably need some more of these protolytic enzymes uh to clean the crud out as we go along.
	Is this a doable thing?
	Has it been in use?
	Uh, you know, is there are there harmful doses?
	What do we need to know about it?
	Well, one of the first things you need to know about it is if you're taking uh any kind of a blood thinner or a uh anticoagulant, be advised you shouldn't take any of these uh enzyme supplements without getting your doctor there to watch you take the thing and also monitor because they work so damn well that they'll make those blood thinners and coagulants uh work several times better than they should, or then they're than your doctor expects.
	And so you can bleed out.
	This is all by the way, leading up to another conclusion which we're heading towards, and some of you may have a prescient uh understanding of what's going on.
	But in any event, so here we have um the idea that we're gonna take these systemic enzymes, including the proteolytics to clean out the fibrin in our system and see how we feel and what goes on.
	Now, I personally have taken some of the Sera uh peptase, and I uh after doing the research and looking at the mixed martial arts and its history in Japan and the use of uh systemic enzymes in Japan to uh deal with heart issues and all of these other uh side offshoots.
	I thought, oh, okay, well, hey, there's no lethal dose.
	You know, you can eat this stuff until you puke, and all that's gonna happen is you're gonna have a you know a sore stomach and a you know and a braided esophagus, but there's no lethal dose.
	And uh you need a lot of it.
	Uh that's that's become my conclusion.
	I'm very old, I'm 61, and I need a lot of this because I built up a lot of fiber and I'm just covered with scars everywhere.
	And also, uh I uh, as I said, I used to have the hemochromatosis, which is the thick blood disease.
	So undoubtedly I have a tendency or a predisposition towards a thicker level of blood.
	So, and I have other clues that go towards that.
	So, in any event, here we are, and we're talking about the idea of the of um adding the systemic enzymes, and one of them that you can take is the sero um uh serapeptase or seratiopeptase.
	Uh anyway, uh it there's various different brand names.
	Uh, some people you'll note uh are taking you know a million and a half international units, other people are taking uh you know half a gram of the stuff, and so it just depends on uh how the manufacturer measures it out.
	But uh you need to take if you're gonna take these this stuff and you're old, you probably need to take a lot to get build up your reserves, fill up the uh cup, so to speak, because your body's gonna use a lot of it right away.
	And it uh it does indeed.
	It alters a number of things.
	Uh, one of the things I was um uh an interesting side effect I hadn't expected was that it actually makes the um made my brain uh work better as a receiver because it's cleaning out some of the crud.
	And when I realized that was what's going on, it's like, oh, okay, I understand this process now.
	And it's also led to a better level of hydration.
	I'm drinking water much more effectively, simply because the and remember we started off with the assault on water here, and so uh, but I'm drinking water much more effectively.
	I notice this because there's uh levels of old scar tissue that are thinning, and as it does so, this wrinkly skin around it is uh rehydrating and becoming nice again.
	And so, sort of a nice little uh good side effect there.
	We also note, by the way, just as an aside here, that uh for all the red pill men and their idea that uh women are peaking at uh 29.
	Well, hey guys, you know, most females they their systemic enzymes peak at age 27.
	And so uh this sort of is um you know biological clue there that does click in.
	Anyway, now let's also note that vitamins and uh certain vitamin mineral uh combinations are also coenzymes, they're factors in the enzymes, they're factors in how well these enzymes work.
	So, for instance, uh you can have as many um metabolizing enzymes as you want down there working on your gut, but if you don't have a specific level of vitamin C in your system, they can't build new gut wall.
	They can't build the little cells that uh go on into making the cili that move the stuff through your gut.
	They can't build any of the cells that do the absorption.
	There's not a whole lot they can do because uh the vitamin C is a required necessary component to the creation of these cells uh through various different um uh cofactors with the enzymes that are working there.
	Basically, it's kind of like saying, you know, you're not gonna hire a contractor and try and build a brick wall without sending him to Home Depot.
	If you can't get the bricks, you can't build the wall.
	And that's basically what's happening here.
	That a lot of times you don't have an inbuilt level of the necessary uh vitamins, and that's why the vitamins are key.
	But we also need to note vitamins alone are merely the bricks and the mortar and the hammers or in the nails, all that kind of stuff.
	The tools are the enzymes that actually put all that stuff together for you.
	And so you can have what as much of one as you want.
	Well, actually, you need to have an adequate amount of both, or the uh it just doesn't do you a whole lot of good.
	And you need to think about how you're gonna take those vitamins because you're gonna go if you add the stimulus to your system of the serotyopepase and these other kinds of protolytic enzymes, you're gonna get a higher level of dynamic activity within your system.
	And thus that's going to cause you to need more of the enzymes, etc.
	Or more the coenzyme factors such as vitamins, etc.
	So you need to think about doing it a long term.
	One thing I want you to consider is the idea that I ran into that hmm, Western style vitamins in little pill form are only a modern invention.
	They have a very short uh actual lifespan, and I found them very difficult, and uh they had I I induced problems into my digestion over the years by this approach by trying to take vitamins uh in these pill forms.
	And finally, I wised up and went and examined the vitamin ingestation as the in the human species over time and discovered that indeed the Taoist and the traditional Chinese medicine, as well as the Ayurvedic medicine, had developed uh specific forms of vitamin uh that had that can be used for year after year after year after year with no uh appreciable adverse side effects the in the same way that uh you find might find with the Western approach to vitamins.
	So just as an aside, go and check those out.
	Usually they're in some form of a jam with the colour jam, and it's really a sweetened um herbal uh material.
	Okay, so here we are.
	We're at the idea that you need the vitamin C in you.
	Now, there's something to note about uh us vertebrates.
	Not all of us are the same.
	There's a real weird, interesting sort of a key component here.
	Uh humans don't make vitamin C. We gotta get it from the outside.
	Or we actually make so such a little appreciable amount in our system that you it you might as well say we don't make any at all.
	Unlike, for instance, dogs.
	Dogs make vitamin C in their skin the same way they make uh vitamin D. We make plenty of vitamin D, you can go out in the sun and it does you really a whole lot of good, as you should, especially with the upcoming flu season and the Ebola and stuff, you know, pumping up your system with sunlight is probably a very good system idea because you get tons of vitamin D in whole body exposure in less than an hour that you could not ingest.
	You can't really absorb that much in the way of Western-style vitamin D3 vitamins, uh, the same way that you can produce the vitamin D in your skin.
	You just trash your stomach over time, um, or your whole digestion.
	Anyway, so uh we don't produce vitamin C. Um was that deliberate on the part of the makers?
	I don't know.
	Uh there's a few uh uh weird elements in the it's the uh a subcomponent of the lack of the vitamin C that's what draws mosquitoes to us, uh carbon dioxide for sure, but there's this other component about the vitamin C. And you'll note so many of the um mosquito repellents or citrus-based.
	In any event, uh, so um you need vitamin C to stitch together all your gut material.
	And one of the things we know uh is that um there's a poisoning you can get from a uh plant called uh TANSI that and and others of the same family uh that uh will uh literally, as the as the material goes through your system, it will poison you by depleting your system in the in your intestines and uh to a greater extent your uh internal organs of vitamin C as it goes through.
	It just sucks all the vitamin C right out of you.
	And you know, a small amount you can survive and You can repair the damage with um, and by the way, the sudden withdrawal of vitamin C leads to massive scar tissue if you do survive it, survive it.
	Fibrins build up there like mad in order to uh immobilize and you know provide pain to keep you from not moving and all this kind of stuff.
	Uh and so they become an you know, your systemic enzymes are used up uh significantly with without the and in the absence of uh material for the metabolic processing systemic enzymes to do their work.
	And um, so here you are with no vitamin C production, and so you got to get it from the outside and you need it, and lo and behold, what happens when tanzi goes through the system and yanks all the vitamin C out of your gut is that you get this thing that that ultimately, if you have tanzi poisoning, leads to a bleed out where it leaks,
	where you have blood leaking out of your uh capillaries all throughout your body, but primarily in the digestive area, and you end up uh looking a whole lot like Ebola victims and other hemorrhagic fevers, and they call them hemorrhagic, which is the bleeding fevers from hemo, you know, blood, all of that, hemoglobin, all of that kind of stuff.
	Anyway, and uh all of them have this uh central component involved that at the time that you have the internal bleed outs and you die from the diseases that are causing them, whatever that cause may be, the the actual uh precipitating cause of death is the withdrawal of vitamin C from your system uh to such a level that you're unable to reconstruct your internal organs and they bleed out.
	You can't, you know, the ability to clot blood goes away, but at the same time the the intestine intestinal walls thin, capillary walls thin, artery walls thin, etc.
	etc.
	There's also a huge level of thinning that allows uh lymph system uh intrusion into the blood supply, so the blood gets even thinner at that outer edge, and so the bleed out leads to these large bruises and so on at the skin, uh, which, as I say, is the hemorrhagic fevers and tansi, other kinds of uh related plants also have the same effect on humans.
	And it all has to do with uh vitamin C rapid vitamin C depletion from the system.
	Now, the diseases, Ebola and the other hemorrhagic fevers, uh do it system-wide.
	I mean, it's not just related to the um intestinal system, the way that TANSI has a tendency towards.
	Uh so uh that having been said, here we are with the idea that okay, so the idea that you would get Ebola and treat it with vitamin C is um uh valid if you can get enough vitamin C in you such that you could maintain against its ability to withdraw vitamin C, then basically it's a uh sort of a tug of war.
	You sort of a reverse of a tug of war.
	I mean, sort of, you know, you're you're sending down vitamin C in your fire hose and it's sitting there eating it, and your goal is to keep sending it until your body gets around to killing the Ebola, and you just keep it occupied with this external source of vitamin C and you're okay.
	That's that's the understanding.
	That's the sort of theory.
	And in my way of thinking, well, that sort of makes sense if at the same time you're making sure that you're overwhelming it with vitamin C and thus the idea of taking liposomal vitamin C. Liposomal vitamin C bypasses the stomach and the damage from the stomach acids and the digestion process at the uh saliva and the stomach level and allows the vitamin C to be absorbed in the intestinal level in vast quantities.
	So liposomal vitamin C is really cool stuff.
	It can be even more effective than um intravenous vitamin C. And in some cases, Ebola and other hemorrhagic fevers have been successfully uh curtailed by just simply feeding vast quantities of uh um uh intravenous vitamin C to the victim of the disease until the body is able to fight off the virus.
	Bear in mind that the virus is said to have a 50 to 70 percent lethality, and that may be have much more to do with the state of being of the person that's infected than the disease itself.
	In other words, do these people have a really uh robust system and do they have the support of such things as external vitamin C while they're getting the disease and so on?
	So, anyway, um so here we are back to the idea that you could assault uh or support your system and assault the Ebola by providing a fire hose of vitamin C against it, which would and then allow your your body to come along and kill the disease while it's occupied eating the vitamin C you're sending it.
	You know, got a very crude understanding, okay.
	Um, and and I'm tired.
	But I wanted to get this idea across.
	In my way of thinking, at this point, you need to understand something else.
	That white blood cells aren't going to come and kill this virus.
	Uh, you know, antibiotics are for bacteria, they're not gonna help in this antiviral in this virus situation.
	Antiviral products are not going to be specif uh helpful because most of them are work on this lock and key mechanism and they're somewhat specific.
	But there is an approach.
	That approach is to, and this is for treatment.
	I don't know that it would work.
	I don't know how preventative it would be, but I don't think it could hurt at all.
	And so I'm going to follow it on the idea that, hey, you know, humans for throughout history have been trying to build themselves up by sucking down vast quantities of citrus fruit and this sort of thing based on the seven uh flavors, the seven tastes, and what it tells your body and how sensitive your consciousness is in your taste buds, etc.
	And so I'm going to follow this idea and do things that make sense at a uh pump you up level.
	And uh, you know, to write out the Ebola uh crises here, the hemorrhagic fever crises and the others that are gonna be coming.
	And so it's gonna be necessary to look at our bodies in a different way, like I was saying, going back to the idea that we're Eddie Murphy in the Meat Dave movie, and we're walking around in these little spaceships that we're driving that look just like us.
	Only hugely magnified.
	Anyway, and so we're gonna lubricate our bodies and provide them with the necessary things.
	And one of the necessary things is liposomal vitamin C, but also is the systemic enzymes, especially those enzymes that, as I say, are the proteolytic.
	Because those guys come along and they dissolve proteins.
	Well, hey, guess what?
	When you yank the protein off of a virus, uh huh, it's exposed, and the white blood cells come along and eat it.
	And the proteins, uh proteolytic enzymes, such as the seratio peptase and some of the others, their lock and keys don't give a shit.
	They've got an idea of what the body should have.
	They look around and says, hey, hey, you know, this is cell wall, you know, XYZ, and I poke you, and hey, you ain't cell wall XYZ.
	I don't think you should be here.
	What's your key look like?
	And then, well, geez, or what's your what's your hole look like?
	I've got a key that fits it.
	Okay, so I'm gonna eat the protein off you, and hey, white blood cell, come on over here and eat the rain rem remnants.
	The remaining, and in and the white blood cell does, and you don't get that particular virin.
	Uh, and so maybe you don't get the virus at all.
	And that's really the uh the approach I'm taking, and that is that I'm gonna use the uh internal support, liposomal vitamin C is uh really for the for um you need vitamin C for a lot of different reasons.
	Reed Linus Paulings works on it.
	Uh you need it a lot, but you can trash your gut if you take uh too much too soon, too wrong with you know, too little water, all of this kind of stuff.
	So you're gonna have to experiment with it.
	It it might be somewhat disruptive to the to the digestion.
	Uh, you got to be smart about it, especially with the systemic enzymes, you've got to be smart about not taking them if you've got ulcers, if you've got um uh bleeding diseases that require you to take um or heart diseases that require you to take various different kinds of blood thinners, or if you're taking aspirins and these kind of things.
	Uh, there's some cautions involved in this approach.
	Uh but we're in a dangerous environment with the hemorrhagic fever now basically on all the continents.
	I don't know if it's in Antarctica or not, and that's kind of where we're at.
	Um so that's really the discussion was to get around to the idea of um the proteoloic proteolytic enzymes and the um support that they can give you along with the uh enzyme cofactors uh in this case vitamin C and also vitamin D. Now we've got to be real clear about this that there's gonna be a nasty flu coming this uh this uh winter and we're gonna have a very nasty flu season.
	So it makes sense to build your body up in preparation for this because you don't want to get the flu, think you have Ebola, go to the hospital with only the flu and come home with Ebola.
	Just doesn't make any sense.
	Uh so and the humans are gonna be doing things a lot differently this winter, and there's gonna be a lot of self-isolation that won't be uh that won't end well, and so we need to be aware of this and do whatever we can to keep ourselves hydrated and get all of our uh enzymes and our coenzyme factors and approach it in a rational sort of a form such that we don't get ourselves into trouble by overreacting and you know, taking mega doses of liposomal vitamin C and in some way trashing ourselves.
	That would be awful hard if you look at the lethal doses and stuff.
	By the way, there are no lethal doses or uh that kind of thing for systemic enzymes.
	Uh as I say, you can take them till you puke, and that's all that's gonna happen is you're gonna, you know, um cause problems for your stomach.
	Um now, so uh that's fundamentally the Uh whole point of the wujo here was to just understand these kind of things.
	The reason of bringing up the level of consciousness and all of this was to get you to understand that you need to approach your body in a different way.
	If you think about your you as your body, you're gonna get this weird idea that if some kind of an assault happens to your body, it happens to you, and that's not the case.
	And so if you do it this way, you don't if you think about things this way, then the you that is your consciousness, which is eternal and can't be altered by the body itself as we would understand it, uh even over time,
	um in its current incarnation, doesn't get trapped into thinking that it is the body in there for loses its key energy, so to speak, its qi or prana or life force or anime, uh, to uh circumstances just due to that are failing due to the the body failing.
	A lot of the things that are wrong with the body can be addressed, and you know, and it just depends on how much energy you're willing to put into it and and this kind of a deal.
	This is sort of the approach that uh to uh another Wujo about this this movement that we've found uh in the data sets that I'm gonna get into at some point in the future here, all about um uh uh physical body regeneration.
	It's not the idea of living forever, that's not the idea at all.
	It's the idea of being able to um, and it's not transhumanism, it's uh something even um greater beyond or lesser than that concept, uh, which we'll get at uh at some other point in the in the future.
	But this idea is uh formed into a number of areas that's percolating through all of the data sets, so it's gonna be a real keeper.
	Uh it looks like it's gonna be part of the whole uh social milieu for the next perhaps 150 years with all the long-term values we see associated with the thing.
	And it's been uh very enlightening just watching it uh mature over these last uh five or six years.
	And it hasn't even started.
	I mean, it's just still an infant.
	Uh, but nonetheless, it's really gained volumes and now I know it's here to stay.
	And like I say, it's this whole rejuvenation of the body um uh uh meme, if you will.
	So anyway, it I'm tired.
	I've got uh, you know, uh as we say around here, um, prior to enlightenment, chop wood, carry water, after enlightenment, chop wood carry water and do the damn dishes.
	And so I'm to the damn dishes part of the day, and I've got to get the dogs fed and that kind of deal.
	And myself as well.
	Uh so uh, you know, look into systemic enzymes, be advised, uh, you know, be mature, be aware, uh, be self-guiding, uh, be smart.
	And um uh, as I say, look at the duality.
	You need not only the vitamin as cofactors, but you need them because they are cofactors for the enzymes.
	And no other reason.
	If you didn't have the enzymes, the vitamins would be useless to you.
	And so the trickle of enzymes, so you can take vitamins all you want.
	You can see some people that react well to them and other people that don't.
	And it has to do in that uh basically how uh filled is their enzyme reservoir.
	Those people that react well uh simply needed the vitamins because they've got a full reservoir of enzymes.
	Those people that don't react well may have had all kinds of vitamins already in their system, but didn't have the enzymes to make use of them.
	And that's uh a good sort of an understanding of the duality of um uh of the of the situation.
	And we can get back to the idea of what the movies are telling us about the assault on water.
	Uh, I'd hope to get to uh a further level of conclusion here, but it would take another half an hour, and I just don't have it in me.
	So we're gonna have to postpone that one.
	Talk to you later, guys.

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