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May 29, 2025 - Health Ranger - Mike Adams
46:43
Stunning natural intelligence captured in photos as crystals mimic electronic components...
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Alright, what I want to show you today here is a part of science that you've never been allowed to see.
I'm going to show you the interaction between crystal structures, how they form when they are in physical contact with electronics.
So in order to carry out this experiment, which I did with a microscope, oh, and this is Mike Adams, of course, the health ranger here.
Thanks for tuning in.
Let me show you some photos of what I did here so you can get a sense of this.
So first, here's a circuit board SSD.
This is actually an M.2 non-volatile memory NVMe module, 256 gigabytes.
And you notice that on the right side of it, it's got an interface, a certain number of pins there.
And then it's got a giant microprocessor, and it's got many smaller components, like little transistors or little...
Capacitors and things like that.
Little electronic bits all over the place.
So what happens when you cover this with melted xylitol and let the xylitol freeze, which it does at room temperature?
So I'd like to show you what that does.
So first of all, let me give you a zoomed out view here.
Let's show circuits mimicry zero zero zoomed out.
This image, which is actually zoomed in compared to the one I just showed you, but the magnification isn't very high here.
It's like maybe 10x or something or 20x.
This shows you what happens when the xylitol is poured on top of many of these components and then it freezes into solid structures.
You're probably already noticing that there's some kind of interaction with these structures.
It's very interesting how the crystals form on top of these structures, which you can see on the two ends, which are taller or higher than the rest of these components.
But we'll get into this in a lot more detail.
I've got much more to show you.
Let me show you this one.
Circuits, chaos, big picture.
Now, this image shows you that Where the xylitol is right in contact with the electrical components, it forms chaos.
So there are lots of chaos patterns there that are very asymmetric.
And that's the area that I have circled in red there.
You can see that that's just chaos.
The crystals aren't even really lining up.
They're not forming the more beautiful petals and crystals that they normally would form.
But if you scoot out to the right a little more, they are beginning to recover and they're starting to form more symmetrical crystalline structures.
So the first thing that we can conclude here, and I'll show you many more examples, is that coming into contact with electrical components causes chaos in the morphic resonance fields that crystals use as an information knowledge base or pattern base.
In order to know how to form proper structures.
So this is way beyond just chemistry.
This is the interaction of chemistry with physics and quantum physics and morphic fields, which is a form of cosmic consciousness.
Anyway, the point here is that this electronic component is not even powered.
There's no electricity running through it.
I mean, it's obviously unplugged, you can see here,'cause those, Well, it's not plugged in.
It's just draped with xylitol, and the xylitol is showing chaos.
All right, so that's the first thing to notice.
But the far more interesting thing, that you've got to see this, is that the xylitol began to attempt to mimic the structures of the circuit board module that it was touching.
So let's show image Circuits Mimicry 3. So check out this image.
This shows the emergence of a rectangular, sort of an extruded rectangular box-like structure that looks almost like the pins of the circuit board.
And the reason it's gold-colored here is because the pins are behind it.
These crystals have some light transmission, obviously, and the gold color is just coming through.
But it's mimicking the structure underneath it.
And there's also a giant square here in this photo that kind of looks like the giant CPU chip.
In fact, to my editor, go ahead and show, again, circuit board SSD, the zoomed-out image.
To just show, again, what this looks like when we're completely zoomed out.
There's the giant gray-looking square microchip.
And then on the right side, there's all the golden circuit connectors there.
And then if we go back to our image, Circuits Mimicry 3, we have both of those components in this image.
Just slightly rotated, morphed a little bit, but the crystals are actually trying to build.
The shapes that they're in contact with.
Now, what's interesting is that the crystals are building this in 3D space.
So let me show you this image, Circuits Mimicry 18. This shows what appears to be a square microchip-looking structure.
It has a very similar pattern.
It's got little digital bits in it.
It's the same texture as the microchip texture on the circuit board.
But this is actually extruded on the Z-axis.
So it's actually growing out of the substrate there, and it's taking on the shape of that microchip.
Now we have another example of this in this image, Circuits Mimicry 19, which shows a very similar kind of approach here, but this is not the same image.
This is a different structure, a different image, but doing almost exactly the same thing.
An extruded square that has a very similar texture and color of the microchip extruding toward us on the Z-axis away from the base of the slide.
And look, crystals don't have nervous systems, obviously.
They don't have eyeballs.
They don't have organ systems.
They're not considered living.
They don't have cells.
They don't have nuclei.
They don't have DNA.
But they have some kind of pattern intelligence that they are clearly tapping into here, and they are replicating patterns that they're in contact with, almost like a superhero skill or something.
So let me show you image number 12, Circuits Mimicry 12, and it shows you another attempt.
This is on top of the golden contacts where the crystal is trying to build its own version of those contacts.
So, you know, kind of like the way AI might render something, and sometimes AI will render six or seven fingers instead of five or four.
And so the details may not always be right, but the crystals are attempting to render the structure that's feeding into it.
That's because crystals actually render structures based on morphic fields of information.
And here's another image.
Let's see.
Circuits, mimicry.
Number 9, that shows you again another attempt and all of the sort of concentric rectangles that indicate a reflection of the structures that are on the microchip.
Now here's another image, Circuits Mimicry 6. This 6 image indicates another, looks like an extruded rectangle that at least it has the appearance of a 3D structure that It's very similar to what's on the circuit board.
And note that I've looked at a lot of xylitol photos since I got the new microscope.
And I have not seen these kinds of images on the other magnified photos.
For example, when I had Aaron Abke in the studio, and we were talking about souls, and we were talking about life, and so on, and I showed you...
We saw images of a digital dolphin.
So here's an image of the digital dolphin that we saw that day.
And, you know, it looks nothing like the geometry of a circuit board, right?
It's totally different.
And then also in that session, we found this image of what looks like a Gila monster dragon head.
With a blue jawline and blue teeth and fire breathing out of its nose and then sort of drool coming out of the bottom of its mouth.
It looks something like a lizard creature, but it's filled with colors.
It's got all kinds of colors in it.
I mean, every color of the rainbow is in there.
And we had many, many examples of that kind of imagery.
When we were looking at these images, as I was talking with Aaron Apke, here's another image that I call the rapture, which appears to be sort of a scenic landscape scene.
And we were talking about the rapture and Christianity and souls being saved and everything.
And this image looks to me like souls rising up from the ground and into the sky, this kind of mystical sky.
Filled with clouds and there's soft waters at the bottom of the scene.
And then one more example to show you a couple days before that, I was freezing xylitol by myself and this image popped in which is a short spear.
Looks like a wooden handled spear with a metal or stone blade that's tied on with like leather straps and it's got some kind of emblem on it.
But this just You know, popped in.
This is all xylitol that just painted this image.
And, you know, it's right there.
I've still got all these samples.
You know, this isn't Photoshop.
It's not AI.
It's just images under the microscope.
So when I say that what we're seeing now are these very interesting crystalline structures, I'm telling you they're very different from what we've seen before.
In fact, here, let's show you another one.
Check out Circuits Mimicry No. 4. So this looks like a geometric shape, the ending of some kind of contact.
And very interesting examples of this.
And then here's one more if you look at this Circuits Mimicry 5. Here's just kind of a zoomed out square.
Again, when the xylitol crystals are in contact with circuitry, they begin to mimic circuitry.
But there's more to this.
And let's go back to image number three, circuits mimicry three, because I think this image is the most just blatant mimicry of the circuits because we can actually see extruding out from the microchip.
We can see...
So this is not an accident.
There's something happening here that we were never told about.
Because we've been lied to about the history of science, about the nature of science, about the interaction between consciousness and science.
We've been lied to.
We've never been told that there are morphic fields at all.
So what we've been taught is actually a shadow science.
It's just a pale counterfeit version of science.
But for all these years, until recently, the establishment controlled television, they controlled encyclopedias, they controlled the education systems, and they've controlled big tech recently, they control what's on Wikipedia, that's all run by the CIA, they control what's on Google, they control Facebook, they control it all.
So they've kept humanity in the dark.
They've kept everybody ignorant about this while they are pushing components to be merged into your biology.
Now, I think it's Casey Means who's part of a company, what's it called?
Levels, I think, where they embed digital monitoring systems under your skin so that they can grab all this Biometric data on people's bodies.
Yeah, this is all part of a deep state operation, obviously, big surveillance operation.
But Neuralink is part of this as well.
People wear the rings that monitor biometrics, et cetera.
What if I told you, Some people believe that there are nanocircuits that are self-assembling in some of the jabs, for example, and that there may be interaction between 5G towers and some of the nanocircuitry.
And I think that's a very viable working theory, by the way.
But what if I told you that we now have physical evidence that I'm about to show you of how just the mere presence of this silicon-based circuitry disrupts normal patterns of nature?
So what I'm about to show you next, and actually let's go to Circuits Mimicry 13. All right, so this is a semi-zoomed-in view of one of those little tiny components on the circuit board there.
This is still the same object.
This is all the same slide.
It's just zoomed in a lot more.
and there's a xylitol that covers the top of this thing.
The xylitol on the two ends of the component has really...
And you can see on the right side, you can see all these patterns of sort of concentric arcs emanating out from this electrical component, which isn't even powered.
Remember, this whole thing is off.
There's no power at all.
And yet it causes a massive disruption to the point where we can't see any kind of symmetry in the crystals that would normally be present.
And you can see this on both sides of this component.
We're lacking the symmetry.
We're getting nothing but noise here.
And remember that what I'm demonstrating here is also true with water crystals or water molecules.
So I've chosen xylitol just because it's easy to handle.
It freezes at room temperature and it freezes slowly so you can catch it on camera.
You can actually watch it painting colors and structures and building in real time.
I've shown you those videos before and there's a lot more of that coming too, by the way.
So xylitol is easy to work with, but it turns out that water and xylitol and no doubt vitamin C crystals and whatever, any kind of crystalline structure that is in your body responds to the presence of electronics in the same way.
You get these two things, these two phenomena that I'm mentioning here today.
Number one, you get biomimicry of the circuitry structures.
And then secondly, you get noise and chaos.
So let me show you some more pictures of the close-up noise.
So let's go to circuits mimicry number 16. And in this image, which is quite a bit more zoomed in, you can see more details of the chaos emanating from the glowing end of this electronic component.
And if you're wondering why is it glowing, Well, that's just the reflection of the lights at the bottom of the microscope that are shining down very aggressively onto this sample.
But it does show you that there's a very specific orientation and aggregation of reflective crystals right there on the end of this component, which doesn't appear elsewhere.
So there's something different about that spot.
And it's because of the electronics.
And then surrounding that or above that, there you see all the patterns of noise and chaos and lack of structure.
So there's another great example.
Let me show you circuits number 15. Here's another good example.
Zoomed in even more.
Boom.
Around the electrical component, which is the glowing rectangle, then you see all these...
You could call it energetic turbulence.
That's what you're looking at here.
I mean, that's a very turbulent image, actually.
Just look above that rectangle and it looks like swirling columns of light energy or something is going on there.
That's not symmetrical crystalline structure.
That's not beautiful flower petals and diamonds and things that it would normally form.
Let me show you a couple other examples.
Let's go to image number 14. And if we zoom in on that, wow!
Again, look at the noise on the top of that.
All the turbulence.
You see these arced fields on top of it.
And then to the left side of it, it's the unstructured chaos.
And we find this everywhere that we look on the circuit board.
Let's go to image number 17 for another example.
This one's quite a bit more zoomed out, but here you can see the same phenomenon taking place.
So anywhere that you have these electronics, you get disruptions.
You don't get beauty.
You don't get symmetry.
You get chaos.
You get turbulence.
You get a lack of, you know, symmetry.
Now, then the following image shows up.
Let's show it number 11, which appears to depict a break in a synapse.
So this image to me shows a fractured, like a neurological synapse with fractures in it.
So I call this the disconnect.
And it's as if the crystals are actually saying to us, and this is taken from the same object, the same slide, the crystals are saying to us that, hey, we're suffering a disconnect here.
Like we're not able to have the full congruent connection that allows us to function in harmony, in beauty, in symmetry as...
So that's just a bizarre image, just out of the blue, and it's got its own buffer zone frame around it in order to depict this disconnect, like a broken bone or a broken neuron.
That is absolutely unmistakable.
And then finally, there's one more image I want to show you, which is a little bit spooky, and granted, this may be just my interpretation.
But I call it the ghost in the machine.
If you show image number 20, can you see that there's like a human face with a rounded skull sort of in the upper third of the image?
It looks like you can see a mouth and lips and a chin, maybe part of a nose and eyes, but the shape of a human skull that is like trapped in this binary frozen hell with all these digital bits raining down on it.
And then beneath it, Is this flood of digital bits just raining down.
But it's wild.
I mean, again, maybe I'm just seeing that and nobody else is seeing it, but it looks like there's an inverse shadow of kind of a ghost in the crystal here that partly depicts a human face.
And then if we rotate that image 180 degrees and zoom in one portion, we get image number 21. So let's show number 21. And on 21, we see this base of all this digital fluid, all these little fluid bits at the bottom, where all these clear cubicle structures are emerging out of it that are
But they are the shapes of all these cubes representing, again, the circuitry.
This is Xylitol trying to mimic the shape of the circuit board.
And it doesn't have it perfectly because it doesn't have a nervous system, doesn't have a brain, doesn't have eyes.
But it's attempting to mimic those shapes as best it can.
Now, I've done a lot more experiments like this, and I've done experiments with consciousness as well, including freezing xylitol crystals on slides where I've written words about love and peace and joy and happiness, and then other slides where I've written war and hate and human suffering.
And of course, I'm working to reproduce the work of Dr. Emoto, the Japanese scientist, who really pioneered a lot of this work in the freezing of ice.
Or water into ice crystals and then photographing the ice crystals and finding how much they resemble the conscious thoughts of the observer.
So yes, I'm working on reproducing that research using xylitol.
But as far as I know, I don't think that Emoto ever put the water in contact with electronic structures to try to find out what that would do.
So that's why I wanted to show you this today.
Now, why does this matter?
Well, think about the fact that so many people are dying right now from fibrous clots inside their arteries.
And these fibrous clots, as you know, we acquired some and we conducted mass spec analysis of the elemental concentrations and the presence of elements and what we found in those clots.
Now, this is huge.
We found, and by the way, it was Dr. Jane Ruby that initially helped me get those clots, those clot samples, and we were the first to ever show this.
We found that three of the most common elements in those clots are all conductive elements used in circuits.
One of them was tin.
Another one was aluminum.
And we published all the results, by the way, at naturalnews.com a few years ago.
But the fact that these fibrous clots were actually gathering conductive materials from the circulating blood and that they were self-assembling, obviously, the fibrous clots are self-assembling because otherwise how could they get bigger?
So as they were self-assembling, this is important, they were gathering electrically conductive elements.
Given what we just saw here today, knowing that it's a natural phenomenon for even non-intelligent structures to morphologically attempt to replicate objects that they're in contact with,
is it possible, this is just a theory, but is it possible that the fibrous clots that have been growing inside people's bodies are actually carrying out Biomimicry of self-assembling nanocircuits that were ejected into them via the mRNA jabs.
Right?
So now we have another working theory of how this might be happening.
This is biomimicry.
And it doesn't even require alien technology.
This is something that I've just shown you can happen with just sweetener crystals.
In a room, at room temperature, very low tech, nothing super crazy required to demonstrate this.
This is a natural phenomenon.
And this is what could be happening in the body, where the body is beginning to mimic, or certain structures are beginning to mimic, the smaller nanotech electronics that are injected.
And do not forget the work of Dr. Charles Lieber, who has dozens of patents on nanostructures and how nanowires self-assemble and can be integrated into human cells.
They can even penetrate the cell walls and they can monitor cell functions.
These exist at the nanoscale and they are electrically conductive.
Now you might ask, well, hey, Mike, why don't you look at the fibrous clots and see if you can spot any nanostructures in there with your microscope?
And the answer to that is that an optical microscope cannot see nanostructures because the nanoscale, which is billionths of a meter, is too small to be able to get resolution because of the wavelengths of light and the nature of optical microscopes.
Like, the smallest object that I can see, that I can really make out with this microscope, might be, like, one micron.
Or a micrometer.
Okay, so one millionth of a meter.
Well, nanowires and nanostructures are one, two, or three orders of magnitude smaller than that.
Right?
So, a hundred nanometers.
Would be 0.1 micrometers, and my microscope can't see that.
You have to go to a scanning electron microscope, or an SEM, in order to see it there.
With an SEM, you can get resolution on objects as small as 50 picometers, which is, you know, again, another like three orders of magnitude below nanometers.
But in order to have an electron microscope of a sample, In order to scan it, the sample has to be completely dead because you have to pull a vacuum in order to bombard the sample with the electrons that you're using for imaging.
So you can't have air in there, obviously, because air molecules would get in the way of everything.
You know, big-ass O2, right?
You don't want big oxygen molecules bumping around in there.
It's going to collide with all the electrons.
So you've got to pull a vacuum.
And then spray electrons all over your sample there, which means it's already dead.
So you can't image living things with an electron microscope.
And you also can't image the formation of crystalline structures in real time with an electron microscope.
Because, I mean, if you try it, if you pull a vacuum...
If you have a strong enough vacuum and depending on the nature of the substance, like water will just sublimate into vapor in a vacuum.
That's why you can't image water in a scanning electron microscope.
So physics prevents us from doing a lot of things that we would want to do with this.
And what I'm showing you with the optical microscope here is...
Like I said, we can go down to one micrometer, essentially, and of course we can look at anything larger than that, but we just can't really go below that.
Just not any real resolution below that.
So the bottom line takeaway from what we know so far in this investigation, and there's much more yet to come, we know that number one, Human consciousness interacts with the morphic fields that determine the formation of physical structures as xylitol crystals and water crystals freeze.
As they freeze, they take on structure.
That structure is based on patterns.
The patterns depend on morphic fields, which is a knowledge base of patterns of nature that exists in the cosmos, combined with consciousness of the observer.
So as someone with consciousness, you are an observer, but you're also a projector.
You're projecting the reality around you as you are taking it in.
And we're never taught this in mainstream science.
We're taught that we are separate from the events that happen in the world around us.
That's a lie.
We're not separate from those events.
We're actually participants in all those events.
And the thoughts that we think are projected into the world around us.
So we should be wise and cautious in what we choose to think.
But also words have power as well.
So words help amplify conscious intention.
And when we speak to plants, they respond and they become healthier, don't they?
Many of you probably talk to your plants.
That's actually a rational behavior that makes your plants healthier.
It really does.
And if you talk to I'm going to do more experiments with music, too, and with 5G phone signals to see if it induces more noise.
We're going to try a lot of different things here to find out what the results will be.
Living plant structures into this to see what happens from that.
That should also be interesting to see if we get a lot more organic structures.
But that's just one thing that we've learned.
And then the other thing that we've learned is the biomimicry of physical 3D structures.
So crystals, at least xylitol crystals as we have seen, they like to mimic the structures of the things that they're touching.
So water probably has a very similar type of property.
Water tends to take on the vibration of the substances that it comes into contact with.
And that right there, my friends, explains how homeopathy works and why mainstream science doesn't understand homeopathy.
Because they'll say, well, there's nothing in there.
It's just water.
You know, there's no herbs in there.
Well, guess what?
If you had that water in contact with, you know, arnica or whatever the homeopathic remedy happens to be, the water takes on the structure of the herb or the structure of the substance.
Sometimes it's even a trace amount of a toxin.
Sometimes it's a trace amount of a nutrient or an element or a plant or what have you.
That impacts the structure of the water.
So if we were to freeze homeopathic remedies, That have been in touch with Arnica, those crystals would look different than freezing homeopathic remedies that have been in touch with something else or that have been infused with the energy of something else.
So all of a sudden, if you didn't believe in homeopathy before, now you can visually see an understanding of how it works.
Because, again, freezing structures, or we can say molecules of homeopathy, And that biomimicry also happens, to some extent, inside your body, if you think about it.
You've got a lot of water in your body, right?
Well, what is the vibration of the water that you're taking in?
First, from external sources, are you drinking water?
From, you know, a happy place like rainwater or a sad place like a, you know, toxic recycled, you know, sewer water or something like that.
City water bombed with fluoride and chlorine, all kinds of garbage chemicals in it.
Well, you're going to get, it's going to take on, you know, toxic fluoride properties.
It's going to take on chlorine properties.
You're going to turn what was happy water into, like, death water.
Like, seriously, you're going to...
And that's why when you drink city water, it just tastes dead.
It's dead compared to living water, like healthy spring water or healthy rain water.
It's much more alive, and you can actually taste the difference, and you can feel the difference.
And that's why there are also devices that create structured water.
What is structured water?
Well, it's water that's mimicking the structure and the motion of nature, patterns of nature, like water running down a stream, you know, a babbling brook of water.
And it's touching rocks and it's swirling and it's vortexing and it's taking on a different structure.
So water isn't just water.
H2O isn't just H2O.
In fact, in reality, you look at water, the H2O keeps moving around.
Like the ionic bonds with other water molecules are always moving.
It's not just isolated bubbles of H2O floating around, knocking into each other like pinballs.
It doesn't work like that at all.
Water is constantly forming new bonds, exchanging information with other water molecules, and that exchange of information Can impart properties that are not understood by modern science, including memories, which is why water has a memory, as Dr. Emoto demonstrated.
It's why if you pray over water, you improve its qualities.
And it's also why hospital water makes people sicker in the hospital.
You know, as if the Cinnabon restaurant in the lobby of the hospital didn't already...
I'm joking.
But no, they do have Cinnabon.
They've got those in hospitals now.
They've got McDonald's and Burger King in the hospitals.
It's insane.
They serve you the strangest crap, but also they serve you toxic water.
Even though it's filtered, it's just water, it's all filtered, but it's dead.
It's got the wrong vibration.
You can change that.
You can change that through consciousness.
And that's what you are beginning to witness here.
With this microscopy experiment.
So what I'm going to show you in the days ahead here, well, weeks and months ahead, is a lot more of these types of experiments.
I'm going to show you the formation of structures and the interaction of consciousness and physical matter.
And I'm also going to show you more videos of crystals forming in real time because I've been running some experiments and I have figured out...
I also learned something really interesting that was unexpected.
There are many cases in which xylitol, it goes down to room temperature, but it refuses to start forming crystals.
Many cases like that.
I've seen xylitol maintain a liquid form even when it's the exact same temperature of xylitol.
So what is it that causes xylitol to begin to form crystals?
Well, we're going to be showing you more experiments on that, and the answers will be rather shocking, especially if you have been brainwashed by mainstream science and chemistry and physics and all of that, which I was.
I was brainwashed into all those systems of thought as well.
And only recently...
So I've got some really amazing things to show you coming up soon.
I'm looking at a slide right now that's just mind-blowing.
Man, I can't wait to show you some of this stuff.
It's going to blow your mind.
But thank you for listening to this special report.
And if you'd like to help support us, shop at healthrangerstore.com, where we use our best scientific instruments, mass spec instruments, etc., to test everything we sell.
Foods, supplements, superfoods, personal care products, shampoos, toothpaste, natural, aluminum-free, baking soda deodorants, all kinds of things.
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We test many of our products for aflatoxins and so much more, as well as identity testing for herbal products, etc.
You can find all of our product solutions, which are heavily, heavily scrutinized, at healthrangerstore.com.
And I'm Mike Adams, the founder of Health Ranger Store.
And I thank you for your support.
And stay tuned for many more reports like this one, which I will post at brighttown.com.
In video form, and then in article form with photos, I'll be posting these at naturalnews.com, and if you want to see all the photos from this broadcast, you can just go to naturalnews.com right now, and you can see this article.
And let me get to the title here.
It's called Amazing Microscopy Photos Reveal How Freezing Crystals Attempt to Mimic Electronic Structures They Are Touching.
I know, kind of a long title, but that's what it is.
Much more yet to come.
Thank you for your support and hope you enjoyed this.
Take care.
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And that's cool.
Can you show that side shot again?
This is actually over here.
These are pine needles under the microscope because I was just filming a microscope segment.
Can you see that?
And I'm zooming around the microscope.
Look.
Check this out.
We can even zoom in on these pine needles.
I've got like this remote control microscope here.
I have a whole other segment on that if you want to see our new microscope and what we're doing with that.
But we're using the best technology to look at food and to be able to find contaminants, not just visually with microscopy, but also, of course, with our ISO-accredited mass spec laboratory.
So we do the heavy metals testing.
We do the glyphosate testing.
We do aflatoxin testing.
We do E. coli, salmonella, yeast, and mold testing, and much more.
In order to make sure that you are getting the cleanest food available anywhere on this planet, our contaminated world is not a safe place to eat.
It's like a minefield.
And we help you navigate that minefield with laboratory-tested algorithms.
Let me tell you about another one.
We have green tea tincture here as well.
And it's a non-alcohol formula.
So it's certified organic.
Here it is.
Green tea tincture, naturally high in L-theanine, which is one of the miraculous molecules of green tea in here.
You can read about it here.
And it's a glycerin tincture as well.
And green tea, of course, has EGCG.
And various catechins that have all kinds of amazing benefits for health.
And I blend in a little bit of green tea into my smoothie as well.
So, you know, on top of turmeric and on top of whey protein and some of the other things that I use because I'm powered by superfoods every single day.
And then on top of that, we have this ultra delicious, we've got these new mango slices here.
These are chewy.
Certified organic, laboratory-tested mango slices called Soft Dried.
And it's just right for a snack.
And I'm drooling a little bit because these are better than candy.
If you're craving candy bars or something, try some of these.
It's the best snack that you could think of.
These organic mango slices, just ready to go.
You could toss them in a purse or a backpack.
Excuse me.
You can take them on an airplane.
You can take them to work, whatever.
And we've got apple slices as well, the same kind of format right here.
Now, you know, these aren't inexpensive, but they're ready to go, and you don't have to go out to a store and slice them up and figure out how to seal them up and so on.
These are just ready to go.
So it's convenient but healthy food.
It's fast food but incredibly healthy organic lab-tested.
You know, super fruits, basically, at least the mango.
So check all of that out at healthrangerstore.com.
Enjoy these products.
They have amazing taste.
They are loaded with amazing nutrients, and they're subjected to all of our protocols of laboratory testing and, you know, analysis and contaminant testing for all kinds of different things that we do, plus they're certified organic.
You're going to get the cleanest foods and supplements at healthrangerstore.com.
And thank you for supporting us here at brighttown.com and naturalnews.com and healthrangerstore.com.
And it's because of your purchases, by the way, that we can even afford to purchase things like this amazing microscope here that I'll be bringing you a whole slew of videos with microscopy that will just blow your mind.
We're going to be looking at a lot of things.
So a big public education effort here and a food safety education effort.
That's tied to the ability to be able to visualize at high magnification all kinds of foods and products off the shelf.
So all that's coming, and thank you for your support.
Again, Green Tea Tincture, the organic tomato soup, we've got the mango slices, the apple slices, and so much more.
Shop with us at HealthRangerStore.com.
You will love every bite.
And remember, our motto is healing the worlds.
We want you to maximize your potential, to maximize your health and your longevity.
And we believe that producing ultra-clean, verified, and incredibly delicious real food with no garbage, no fillers, no artificial colors, no MSG, none of that garbage, we believe that this is the way that we can help you pursue your purpose in life and stay healthy in the process.
So thank you for supporting us.
I'm Mike Adams.
The founder of Brighton and the Health Ranger Store.
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