Knowledge Fight Interactive Search Tool

All Episodes

Previous Next

April 13, 2022 - Health Ranger - Mike Adams

29:12

Naysayers who dismiss the SNAKE VENOM reality of drug development are simply IGNORANT

Large

Audio Only |

Scroll

Time	Text
	We now know how to destroy snake venom in water.
	It's a very simple method.
	We're going to share that with you today.
	We also know how to destroy snake venom in your body.
	And we'll share that.
	I did three interviews a few hours ago, and that's why my voice is a little bit hoarse here.
	But the things I learned in those interviews are just mind-blowing.
	First, I want to get to something.
	Dr.
	Artis has released a lot of information about snake venom origins and snake venom use in pharmaceuticals and drug research and so on.
	I was shocked that there are apparently still many people who do not know that snake venom...
	Frog venom and venom from conefish and stingrays and so on.
	A lot of people apparently did not know that those substances have been routinely used by the pharmaceutical industry for, what, 50 years to research and discover, quote, discover new drugs.
	It's called biomimicry.
	And what they do is drug companies go out into nature and they sample all these venoms and then they try to figure out, well, can this be used as a cancer treatment?
	Can this be used to lower blood pressure?
	Can this be used as an ACE2 inhibitor or an enzyme inhibitor or whatever?
	And then they develop these as drugs.
	And they sell them as drugs.
	So one of the things that Dr.
	Artis told me in an interview just a few hours ago was that there's a common blood pressure drug that is based entirely on snake venom.
	And then, for those who are still skeptical, and again, I'm just shocked that there was some pushback on this topic.
	Like, some people were saying, oh, that's impossible.
	There's no way that big pharma is using venom as their drugs.
	Okay, well, let me show you this.
	Because this just came out, in fact, a few hours ago, as I was preparing to record this.
	There's a company called Venom Tech.
	And this is all over the pharmaceutical industry.
	News websites like News Medical Life Sciences.
	Here's the headline.
	Venom Tech announces new drug development collaboration with Charles River as Charles River Laboratories.
	In fact, I'm going to show you this.
	This is at news-medical.net.
	Let me just read from the press release.
	Venom Tech is collaborating with Charles River Laboratories International to help drug developers explore venom-derived compounds for a wide range of therapeutic targets.
	And this collaboration will bring together Venom Tech's biology expertise and vast venom-derived peptide library.
	Does any of that ring a bell?
	Venom Tech's targeted venom discovery array, trademark, T-VDA, trademark, libraries, provide researchers with a straightforward solution to rapidly screen thousands of individual venom fragments with each array specifically designed to maximize hits for a specific target.
	In other words, a biologically active effect on targeted cells.
	All right?
	I mean, that's what they're talking about.
	And then there's a statement from Paul Grant, the CEO at VenomTech.
	He says, VenomTech has been at the forefront of venom research for drug discovery for more than a decade.
	So, again, there are people out there who apparently had no clue that this was going on.
	And they would just dismiss this out of hand.
	And also some left-wing media people, they were writing about Dr.
	Artis and Stu Peters yesterday, like, oh, these crazy right-wingers, they think that snake venom is used in, you know, drugs and treatments.
	Well, this is announced by the companies themselves.
	I mean, there's a company called Venom Tech.
	And they brag about it.
	Oh, we can showcase our innovative technology.
	Introducing the wider industry to the potential of Venoms for the successful delivery of more leads more quickly for a broad range of targets.
	And then they go on to say, Venom Tech is a global leader for Venom Research Enterprises based out of world-class laboratories at Discovery Park in Kent, United Kingdom.
	Let's see.
	Help our customers make pioneering advances in drug discovery and crop protection and cosmetics.
	So not only is snake venom used by big pharma, it's used to create pesticides.
	And it's used in cosmetics.
	Okay?
	So, again, it's just shocking to me that so many people, like, this is the first time they've ever heard this.
	So to give credit to Dr.
	Brian Artis if he's accomplished anything.
	And he's accomplished a lot.
	But one of the main things he's accomplished these last few days is just putting this fact on the radar of people's consciousness that, oh my gosh, there's snake venom that's used in all these deadly products.
	For example, chemotherapy is designed to kill cells, right?
	Snake venom in insecticides to kill insects or to kill pests or snake venom derived ingredients in cosmetics.
	What's it designed to do?
	Well, to kill bacteria as a preservative.
	And by the way, you know, just for the record here, I'm not in any way disparaging the venom tech company.
	They probably are doing some pretty amazing research, frankly, because these are molecules found in nature, and they were created by God and Mother Nature, and they have a purpose out in nature.
	And what this company is doing, Venom Tech, is using that nature technology, that nanotech from Mother Nature, to try to develop products that It's just that, like any product, even like a hammer, it can be used for good or used for bad.
	And I'm not saying that VenomTech is using these for bad.
	What I'm saying is that VenomTech simply demonstrates that these venom-based molecules are biologically active and are used as therapeutic agents.
	They are used for pharmaceutical research.
	and that other companies have used snake venom derived peptides to carry out evil things, you know, serpentine types of things.
	So that's what we're saying.
	It's just that VenomTech is a great example of the fact that venom is used in drug research and drug discovery.
	So again, I'm not assigning any nefarious purposes to VenomTech, but it is interesting Venom tech.
	I mean, you know, no one can deny that venom is used in drug discovery.
	I mean, anybody who does is just ignorant.
	They just don't know what they're talking about.
	And I saw a lot of that in the last 24 hours.
	I saw even some people from alt media.
	They're like, oh, this is impossible.
	It's not possible that there's snake venom in drugs or snake venom in water or snake venom in drugs.
	Or venom-derived peptides used in vaccines or therapeutics or anything.
	It's like, really?
	So you don't know anything about the history of Big Pharma, basically, is what you're saying.
	Because I've been researching Big Pharma for two decades.
	I know this area.
	And I've known about biomimicry for a long, long time.
	We've talked about, you know, conefish in the ocean and drug discovery, scientists going out and squeezing the poisons out of different types of fish and all kinds of creatures in the ocean.
	Like, yeah, we've got a new poison.
	Let's go make something out of it.
	Let's patent it, you know?
	Let's see what it does in the body.
	And, you know, they experiment on monkeys and stuff, which obviously I'm not in favor of.
	But then they say, oh, what does it do?
	Oh, gosh, it causes people's blood pressure to be lowered?
	Wow, let's call it a blood pressure drug, and that's what they do.
	Or maybe it causes people to metabolize blood sugar better?
	Oh, let's call it a diabetes drug.
	It causes children to be more calm?
	Oh, let's call it a attention deficit hyperactivity disorder drug or something.
	You know, these are just examples, but They just take all these poisons and try to figure out what they do.
	And then they call it a drug, you see.
	This has been going on for a very, very long time.
	I mean, for decades.
	So, the other thing that was really shocking to me that I learned over the last day or so was that a lot of people were taken aback by the idea that snake venom could be in the water supply.
	Now, I don't know if it's in the water supply for sure, but I know it's a possible vector for poisoning.
	And the reason I know that, and again, I'm just shocked that people didn't connect the dots on this, is that almost every city in America has been systematically poisoning the water supply for decades.
	It's called water fluoridation.
	They actually have a machine that drips fluorosilicic acid with all kinds of other toxins and heavy metals like cadmium and so on, drips it into the water supply.
	And where do they get the fluoride chemicals?
	Oh, you get them from China!
	And often they'll come in a powdered form And then they'll be mixed into a liquid.
	And, you know, if they just replace the, quote, fluoride powder with powdered venom peptides, which are used for pharmaceutical research, then they would be dripping essentially snake venom into the water supply.
	It's not far-fetched, folks.
	Not at all.
	They've been poisoning the water supply for decades.
	Fluoride is a biologically active neurotoxin.
	It is a violation of Of international laws against medical experimentation, by the way, to dose an entire population with fluoride absent any diagnosis and absent any information about someone's pre-existing fluoride exposure.
	This is why there is dental fluorosis.
	Some people have too much fluoride, and you're not supposed to drink it anyway if it's a topical treatment for your tooth enamel.
	You're only supposed to use it topically and spit it out.
	So they put it into the water supply.
	It's a biologically active neurotoxin.
	So don't tell me that the cities in America couldn't possibly poison the water supply.
	I mean, get real.
	You don't know about fluoride?
	Are you kidding me?
	This is one of the most common poison vectors for all of humanity is poisoning the water supply.
	And it's like every week that we get some other story where there's some other chemical in the water supply.
	Some chemical, often it's from DuPont or something, you know, some industrial company.
	And there's some chemical that's been found in the water supply and it's poisoning people.
	And then there was Flint, Michigan.
	Remember that?
	All the heavy metals in the water supply.
	People were being poisoned over 100 parts per million lead in the water supply.
	The water supply was the vector for mass poisoning.
	So, you know, anybody who says, like, that's impossible!
	You can't poison in the water supply!
	Like, are you just...
	I mean, did you just not know anything?
	I mean, everybody listening to this podcast knows that the water supply is a vector for poisoning.
	And furthermore, as Dr.
	Artis has been trying to explain to people, even the CDC has hundreds of wastewater testing operations happening all around America as a monitoring system to try to find out where there's COVID outbreaks.
	So they're testing wastewater for COVID. COVID, which may be at least partially derived through gain-of-function engineering, it may have a payload that's related to snake-derived peptides, which is why Scientific American reported on all this and said, yeah, it most closely resembles snakes.
	That's Scientific American from 2020.
	In fact, let me show you that one.
	So here it is, Scientific American, what is January 22, 2020.
	2020 quote snakes could be the original source of the new coronavirus outbreak in China and it goes on to describe how the genetic analysis of SARS-CoV-2 was most closely related to snakes more than any other animal species that was known even bats So right there in Scientific American, why?
	You know, why is it most closely related to snakes?
	Well, could it be that snake venom or snake molecules are part of the peptides?
	Hmm.
	Well, that's fascinating.
	And so the CDC is monitoring wastewater for snake venom, I'm sorry, for COVID-19.
	And The wastewater from one city becomes the source water for tap water for the next city downstream.
	So, you know, I know that you listening to this, you know that.
	If you live along, let's say, let's take the Mississippi River, the Great Mississippi, and it starts up north, I think, up in Montana.
	It winds its way down and eventually empties into the Gulf of Mexico.
	And if you live in a city that's kind of up in Montana, your city maybe gets fresh water from the Montana mountains, from the snow melt.
	You get the first fresh water, and then...
	You consume that water.
	You flush the toilets.
	The toilets empty into the sewage system.
	The sewage system in that city, quote, treats the water, dumps it back into the Mississippi River where it flows downstream to be picked up by the next city which uses the wastewater as its source water to go into the tap water system.
	And so the farther you go down south on the Mississippi, The more flushes have happened upstream, by the way.
	So one city's wastewater is another city's source water.
	So when the CDC says they're monitoring wastewater for outbreaks, they're actually in essence monitoring what becomes the source water for the next city.
	So to people who don't think that COVID could be in water...
	Why is the CDC testing water for COVID? My goodness!
	Again, it's just astonishing to me that so many people all around the world don't realize that what comes out of their tap was someone else's pee or flushed toilet water upstream that's just been, quote, treated.
	And what's it been treated with?
	Well, fluoride, among other things, and chlorine and whatever they put in there.
	This is why I've said, if you're drinking municipal water, you've got to have your head examined.
	First of all, there's nothing good that comes out of the tap.
	Okay, I'm going to show you another article here.
	This is from weforum.org, which is the World Economic Forum.
	Got it?
	The World Economic Forum.
	And the title is, These Lifesaving Drugs Are Made from Deadly Venom.
	And it says this article is part of the annual meeting of the Global Future Councils.
	Got it?
	And this is from November of 2018.
	And it says that Venomics, which is the scientific analysis of venom, offers groundbreaking solutions to health problems, from heart disease to diabetes to managing chronic pain.
	They have a whole area of study called Venomics.
	The story says, in fact, there are already six drugs approved for use by the FDA in the United States that are derived from venom.
	And then the article explains 15% of the world's animals produce venom of some kind.
	And it says we've only just begun to scratch the surface of their potential contribution to medicine.
	And then a subhead says venom as medicine.
	So it talks about a drug called captopril.
	It's an angiotensin-converting enzyme, an ACE inhibitor, basically.
	A type of drug used to treat high blood pressure.
	Its main compound is derived from a species of pit viper found in Brazil.
	Alright, here's another drug.
	Prealt, derived from the venom of cone snails.
	It's used by 22 million adults in the U.S. who suffer from severe and chronic pain.
	Cone snail venom.
	Popping a pill?
	Swallowing venom.
	And yet, people don't realize that Big Pharma uses venom?
	It's just incredible.
	Unbelievable.
	Okay.
	Bayetta is part of a new wave of drugs designed to lower blood glucose in type 2 diabetes patients.
	Its key ingredient, Exendin-4, is found in the saliva of the gila monster, a large lizard species native to the southwestern U.S. and northwestern Mexico.
	Hey, you're swallowing gila monster spit!
	Like gila drool.
	And I guess if you have type 2 diabetes, a little gila drool helps keep things stable.
	It's like a little mouth-to-mouth exchange with the gila monster.
	That can't go well.
	Venomics expert Dr.
	Monde Holford, an associate professor of chemistry at Hunter College in the City University of New York, CUNY, he says that Prealt is a breakthrough in treatment for pain that is non-addictive.
	Prealt doesn't target the same thing, so it doesn't have the same side effects.
	This has ushered in a whole new way for pharmaceutical industries to treat pain.
	They're now looking for things that target something other than opioid receptors.
	See?
	So, then the article says that venom is a sophisticated cocktail that gives animals a weapons arsenal, either as defense or as a way of catching prey, and, quote, using venom in medicine is nothing new.
	Our ancestors used snake and spider venom in much the same way that they used medicinal plants.
	See?
	So, they're just backing up everything I've said.
	This has been going on for a long, long time, even before Western medicine.
	But now, check this out.
	Here's the part that's going to blow your mind.
	So, Halford, the researcher, says that her team have already found one peptide that acts against liver tumors.
	One reason there's growing interest in this field is that advances in DNA and RNA technology allow research to be carried out much faster.
	For instance, Traditionally, live venom would be extracted from the animal, then injected into a live rodent or fish to study its impact.
	But nowadays, the DNA and RNA of the venom have already been identified, which allows researchers to synthesize its components and test out their theories.
	You got that?
	So now they are synthesizing the animal venom, the snake venom, and so on.
	They no longer have to catch a snake.
	They can synthesize the venom and then use that for their, quote, research.
	So this means they can make snake venom artificially.
	Again, this is the World Economic Forum bragging in their article from 2018 about their ability to synthesize artificial snake venom and venom from other creatures as well.
	Which means they already had the technology to mass-produce toxic nanoparticles.
	And from there, given that the World Economic Forum appears to be interested in global depopulation, what do you think that they would do with all this venom?
	Kind of an interesting question with an obvious answer.
	All right, now I want to show you another article published at PubMed, The title of this article is, quote, nanoparticles functionalize with venom-derived peptides and toxins for pharmaceutical applications.
	Still think that there isn't snake venom in big pharma's products?
	Okay, and the abstract of this is venom-derived peptides display diverse biological and pharmacological activities, making them useful in drug discovery platforms.
	Wide range of applications in medicine and pharmaceutical biotechnology.
	Venom peptides have the potential to be developed into biopharmaceuticals to treat health conditions such as diabetes, hypertension, chronic pain.
	Examples of isolated venom peptides and crude animal venoms that have been encapsulated and formulated with different types of nanomaterials with promising results are increasingly reported.
	Oh, interesting.
	So one strategy, well, it says there's a limitation, which is chemical instability or poor oil absorption, but one strategy to overcome these disadvantages relies on the formulation of bioactive peptides with nanocarriers.
	You see?
	So a nanocarrier is a nanoscale molecular vessel that That carries the venom molecule inside it.
	For example, you've heard of liposomal vitamin C or liposomal nutrients and vitamins.
	So you have a liposome outer shell, which is the carrier, that is a fat molecule recognized by your body.
	And then when your body digests the fat layer on the outside, it releases the vitamin C or whatever the nutrient is to a targeted location.
	A targeted cell.
	So you can have liposomal curcumin, for example, which is from turmeric.
	Liposomal curcumin can deliver curcumin, which is a very powerful cellular targeting substance.
	It can deliver that directly to cancer cells, for example.
	Well, they can do this with snake venom.
	So they're able to create nanocarriers to create stability for snake venom.
	And this is how they can put it in the water, you see.
	So they're not just dropping raw snake venom into the water.
	They can synthesize snake venom using RNA technology, as we saw from the World Economic Forum.
	And then they can put it into nanocarriers.
	And then this can go through the water system.
	So if you're wondering, well, how can they deliver this in the water?
	It's very simple.
	Nanocarriers that are delivering bioactive peptides derived from snake venom.
	I mean, I don't want to sound arrogant here, but I thought, at least among those who understand medical science and so on, I thought this was kind of common knowledge, at least among certain experts, that you can have nanoparticle carriers for things and stabilize them so that they can persist in water and so on.
	I mean, This is the blueprint of how it's done.
	They're not even hiding it.
	You know, this is on the National Library of Medicine website.
	You can research it yourself.
	I gave you the title, showing you the screen.
	This is not some kind of fringe out there thing.
	And let's see.
	And that was from 2020.
	Here's another article from 2017.
	It's also on PubMed.
	Snake venom from deadly toxins to life-saving therapeutics.
	And it says, whoa, snakes are fascinating creatures.
	Venomous snakes have been a figure of fear.
	Blah, blah, blah.
	The venom constitutes families of proteins and peptides with various isoforms that make it a cocktail of diverse molecules.
	Researchers have turned these life-threatening toxins into life-saving therapeutics via technological advancements.
	Oh, yeah.
	Since the development of captropril, the first drug that was derived from...
	What is this?
	Bradykinin potentiating peptide of Bothrop's Jararaca?
	That's a snake of some kind, I guess.
	Potent activity against certain types of cancers.
	Snake venom components have shown great potential for the development of lead compounds for new drugs.
	So then in this review, we focus on different snake venom proteins and peptides that drive drugs that are in clinical use or in developmental stages to date.
	Also, some commonly used snake venom-derived diagnostic tools, along with the recent updates in this exciting field, are discussed.
	So again, it's all out there.
	It's all in the abstracts.
	It's in the studies.
	It's in the...
	The press releases, the announcements, the corporate materials.
	So I don't know how anybody can think that snake venom is not used by Big Pharma.
	It is routinely used.
	It has been used as medicine even before Big Pharma.
	And it is really one of the great, quote, promising areas of drug development for the entire pharmaceutical industry.
	So when Dr.
	Brian Artis says, oh, they're using snake venom, that's not some wacky idea.
	That's just a statement of fact.
	So it's going to be fascinating as the fact checkers try to fact check all this.
	There's no such thing as snake venom pharmaceuticals.
	Oh, really?
	Then you're not familiar with something called reality because they brag about this in all the medical journals.
	So just fascinating, and that just scratches the surface.
	Truly, if you go online, I mean, you can use any search engine, and you can search for venom drug discovery, for example, or venom peptides, toxins for pharmaceuticals.
	You're going to get thousands of links, probably hundreds of thousands, frankly, because it's been all over the medical literature for longer than you and I have been alive, frankly.
	There's no question that they use venom to make medical interventions.
	The real question is, what are they trying to achieve?
	Because, like anything, like I said, venom could be modified and used in a targeted way.
	That could have some therapeutic benefits to a patient, or it could be used to kill billions of people.
	So it just depends on what they're trying to do with it.
	And what we know right now, at least at the globalist level, is they're trying to exterminate humanity.
	So of course, they're going to use the most potent toxins on the planet, which are all derived from serpents and snakes and so on.
	And in some cases, snails and certain things, and lizards and gila monsters, they're going to use all of those to try to exterminate humanity.
	And that's rather obvious at this point.
	A global reset is coming.
	And that's why I've recorded a new nine-hour audiobook.
	It's called The Global Reset Survival Guide.
	You can download it for free by subscribing to the naturalnews.com email newsletter, which is also free.
	I'll describe how the monetary system fails.
	I also cover emergency medicine and first aid and what to buy to help you avoid infections.
	So download this guide.
	It's free.

▲