Can you Believe Drs Just Discovered the Largest Organ in the Human Body...its True

Added: 2026-06-01

[00:00:00]Okay, I just want to make a point. I've been studying fascia for a very long time finding it in my mud fossils and I put this paper up in 2015 fascia facilitated fossilization and it's because the fascia is special collagens and connective tissues are are very very special compared to the rest. There's the strings and Springs and the coating that coats every every organ in your body.

[00:00:28]And I said fascia is a tubular fluid filled fabric network instantly reconfigures itself if it's damaged or pulled apart. It appears it could be a fiber optic wired network.

[00:00:40]And I go on I I I went pretty deep into this.

[00:00:47]And Of course it didn't get much traction but this was called fascia facilitated fossilization. It comes from 2015.

[00:00:59]I could see the things that they could not see in autopsies because by the time they drained all the fluids out of the bodies it was gone. They they they couldn't they never saw it before. So let's just talk real quickly about this because I think I have more to offer on this now.

[00:01:18]And I'll show you.

[00:01:20]All right, what I'm going to be talking about is fascia and a fluid filled highway that I believe these two spots transfer the fluid from one organ or one body part to where it attaches and they attach with this little triangle. As I go through this I hope I'll make it more obvious but what you can see here in very very good detail is the fact that there's two dots here.

[00:01:51]At the end of this flap that attaches to the next body part.

[00:01:56]This happens to be muscle. But back here, this is all interstitium. It's the fluid-filled highway. It can just as thin as can be.

[00:02:05]But where it attaches, it turns into a big heavy-duty flap.

[00:02:11]And then the fluids that run through this fascia transfer out of here into another body part, but they they keep their own fluid-filled highway.

[00:02:22]And you see that? How this is basically identical. This little tube comes down.

[00:02:29]This little tube comes down.

[00:02:32]You could pull this apart here and there, and it'll it'll stretch, but the it only stretches to a certain point.

[00:02:39]Fascia, I mean um connective tissue is very, very durable, but it's it it's just barely stretchy. So, this is what we're going to be looking at.

[00:02:51]That just gives you an idea where we're going here.

[00:02:55]Okay, if you look carefully, it's pretty easy to see.

[00:02:59]This tube runs up to this area here.

[00:03:06]That tube here, and this tube runs down to this area here.

[00:03:13]So, that allows that flap to flap and pull back and forth a little bit. It gives it it it's it structurally would work.

[00:03:22]Secondarily, I believe there's something right in here, and it might have attached to this and this. I'm not sure.

[00:03:30]I think this side has an organ in it that could very likely change the chemistry.

[00:03:40]Something's got to change. The they the the fascia on every place in your body cannot be the same.

[00:03:47]It just can't be.

[00:03:49]You see these little things here?

[00:03:52]It's like a like a corrugated tube.

[00:03:55]You see it?

[00:03:57]This stuff is so cool.

[00:03:59]>> [laughter] >> And those those two dots I found in oh many many many Well, they're basically everywhere.

[00:04:10]Most of them have eroded, but some of them are pristine like this is.

[00:04:19]All right. So, I hope killer will take a good look at this and see if they can cuz you could do this with chicken. I've done it with the chicken and looked at it in the chicken.

[00:04:31]When it comes down to that really gnarly little spot in the end you bite it and you throw it away. It's just And that's where this happens. Where this fascia comes together and it locks the breasts in. As a matter of fact, I think I have some shots of that.

[00:04:46]Yeah, this is the spot right here where all the fascia comes together. And right here the fluids that drive the breast tissue I think they're changing. Something here changes it where it locks into the rest of the body or something.

[00:05:03]Possible.

[00:05:05]Something to examine anyway.

[00:05:07]Yes, I do have some shots of this.

[00:05:11]And these are the two tubes.

[00:05:14]This one here turns into this and I think it's an organ.

[00:05:21]It's or it's tissue. I'm not certain, but it could certainly be a looked into and killer is the guy who can certainly look into it. And the other one I believe is this tube and it runs underneath and it ends up coming out up here somewhere.

[00:05:37]Because the breast has to attach to the rest of the chicken.

[00:05:42]And this is where they come down and I believe this is It's tube as far as I can tell.

[00:05:49]This one here has the this little white stuff in it.

[00:05:53]And that all runs up underneath.

[00:05:55]And you can see it coming up under here.

[00:05:59]And I believe that continues on.

[00:06:03]That's my guess.

[00:06:05]And this is the stuff that's laid over the top of it, but I think there's an organ in here somewhere.

[00:06:13]It's possible.

[00:06:19]I call it the spur lock.

[00:06:21]>> [laughter] >> Like I Like I say, Gil Hedley go back quite a long time. He's the only one I could find that was talking about it, and he called it fuzz.

[00:06:33]The fuzz speech.

[00:06:36]That was like 17 years ago he was talking about it, and he was trying to make people understand it's not just just um something to be thrown in the trash. And that's exactly what he told me. He says they cut it out, they throw it away, they don't even realize what it is.

[00:06:53]And this is the stuff that gives you the fluidity.

[00:06:59]But you have to keep it moving. He told me that if you put your finger under the where the fascia meets the the fleshish area, it should move away. You should be able to do this. He says some of them are so dense cuz they haven't moved, he's got to cut it with a scalpel.

[00:07:18]And then this was 14 years ago he's reconsidering the fuzz.

[00:07:24]All right. And he's got That's what he does. That's It's It's actually his business. Fascia is all around us. Nice, nice, nice guy.

[00:07:38]And so anyway, that's um it could be another new body part.

[00:07:44]>> [laughter] >> Okay, my friends. This is about the lymphatic system and this is quite serious. They've been talking about this brand new discovery of this particular layer in the body. It's called the interstitium. But not only is that, it's also our immune system.

[00:08:06]This right here is a tube that runs down to this brilliant white side. This right here is the tube that runs down to almost a clear area and these two dots connect to the next body part that this invests in. There's a flap. I'm going to show you in a second.

[00:08:26]And that flap locks in one body part into the next body part and these two fluid tubes run the lymph in and out. I believe I'm going to be talking with Gil Hedley.

[00:08:43]He's probably the top guy in the world on fascia and the lymph lymphatic system. He's been doing this. I've been talking with him for years and years about this.

[00:08:54]Okay, my friends. Medical shocker du jour. Scientists just discovered the largest ever human organ. They didn't realize it existed. This is from just recently, but it goes back. I've been studying this stuff for 15 years or more.

[00:09:13]Now, this was from 2026, but the original paper about it was in 2018. Of course, I wrote the paper about it in 2015 about fascia facilitated fossilization. And the fascia is this stuff right here.

[00:09:30]That's fascia.

[00:09:32]You see the white stuff? That's a coating all your muscles and your tendons and your liver, your heart, every organ in your body.

[00:09:44]Now, inside that layer inside this fascia there's another layer that's part of that fascia. They're trying to decide how they're going to talk about this right now. The Fascia Commission of the the world is discussing this right now.

[00:10:05]That layer of fascia houses lymph.

[00:10:10]And it travels from this layer of lymph, which is in a a shoulder muscle. I believe this is like a muscle from maybe like up in the shoulder area.

[00:10:23]And there's two little tiny dots.

[00:10:27]One goes out and one goes back in. And that fluid in that particular organ or or muscle or whatever it is.

[00:10:36]I would say has to be specific to that organ. You can't have your fascia coating your stomach, which is loaded with acids, and then have exactly the same coating that's on your heart, and then the same coating that's on your lungs, and the same coating that's on your liver and your pancreas. I mean, everything has fascia on it.

[00:11:00]And within the fascia, or actually it's above the fascia is this lymphatic system.

[00:11:09]And it stays up there, and anything that tries to penetrate it to get down into the muscle or into the organ or whatever, it kills it before it gets through. Now, there's two little tiny dots. They've never been known about, and they're still not known. I'm the only one apparently that knows about them. And I'll show you what they are.

[00:11:28]And I'm not bragging, it's just true.

[00:11:30]And I know the people that are in the fascia congress. They They There's a specific number of people that are trying to understand this. They They just said this They just discovered this.

[00:11:43]This interstitium, the largest organ in the human body.

[00:11:47]It's contribution controversial.

[00:11:50]For reasons we'll get into later, but they're talking about interstitium only discovered 10 years ago. So, that would be 2016 20 You know, 20 16.

[00:12:03]And most of us don't even know about it.

[00:12:05]Most even doctors don't hardly know about it. Cuz what's in that is your immune system.

[00:12:12]Okay, my friends. That is the fascia.

[00:12:16]This all comes together in a bundle and locks right in right here.

[00:12:21]And then these are the two tubes that continue on to the next body part.

[00:12:29]You see this little white line here?

[00:12:32]And that right there.

[00:12:34]That's the one side and this is the other. And they're two different colors.

[00:12:40]You see the one is extremely white. Let me see if I can change the color on this.

[00:12:48]Takes a second to focus in.

[00:12:54]All right. Well, you can see the tube coming down.

[00:12:58]And then it's extremely white.

[00:13:01]This one is clear almost. And this is the tube. You have to follow this closely. We're going to get in a very close and look at it in a second. But that tube comes up and goes back into the fascia that's coming down. The fascia is a complete separate layer of its own.

[00:13:21]And it also includes the lymphatic system. And I don't think they knew about this. Cuz nobody knows about these two little dots here.

[00:13:30]But we're going to know about them so soon.

[00:13:33]This triangle shape, I'll show you in a second, is what locks this body part into the next. This is just a muscle.

[00:13:41]Sometimes it's a kidney, a liver, lung.

[00:13:45]Everything [clears throat] has to be locked into its its into the body. And additionally, everything has to be have its own chemistry, as far as I'm concerned. I don't think you could have the same fascia in your your um stomach lining around your stomach.

[00:14:07]The fascia around your stomach would have to do something with acids, I would assume.

[00:14:13]Something is going to be different about that than something that the fascia that's in your your lung or your liver or your kidney. I mean, they're all different. I To my way of thinking.

[00:14:25]Now, I we'd have to take and get the fluids from this from the each specific organ and see if those fluids are the same or different. But this is the part I want to focus in on right now, because this is unknown, as far as I know.

[00:14:44]Okay, so in the years since they've discovered it, they they're trying to decide what it does. It said it it uh it was a picture entirely missing from centuries of anatomy books. Nobody Nobody ever knew about it in the anatomy textbooks.

[00:15:02]In the years since the interstitium discovery, there's been debate around the nature and the function.

[00:15:10]They're talking about it might be a shock absorber, it might be this, it might be that. Well, I think I know exactly what it is. It is the channel to run the lymph no lymph fluids throughout the body and I can almost prove this.

[00:15:26]And what we were looking at before was the two little dots there that transfer those fluids and I believe there's got to be a difference in some some body parts than other body parts.

[00:15:38]That lymph fluid cannot be the same. And the the surrounds the stomach, it can't be the same as what surrounds the kidneys or the lungs or the heart.

[00:15:49]I don't think this is something that's got to be investigated and see if not hard to investigate. And this may be the whole route to health is to understand what's in the interstitium layer.

[00:16:02]Because what's in that layer is primarily what I'm talking about is the ribosomes which are the chemistry sets that do the enzymatic work in your body.

[00:16:15]They are the enzymes.

[00:16:17]And they are in there but they're also in there because of bacteria. Bacteria create them. They live in that layer and they protect you with your immune system. That is my claim.

[00:16:27]Okay, this goes on to say, "Well, it might be this, it might be that, it might do this, it might do that." They really have no idea.

[00:16:34]Either way, this is early science and researchers are only beginning to understand how the interstitium impacts our lives and whether it can be harnessed for new types of treatments and medicines. Yes, it can be. What we need to have is the correct enzymes which are created by the correct bacteria.

[00:16:54]Bacteria are the only things in your body that create enzymes. They say, "Oh, no, no, no, they're created by the pancreas, they do this and that." No, they're not.

[00:17:02]Bacteria live in that pancreas. That's nothing but a factory.

[00:17:10]And it's got a little little pieces over here to squirt some types of enzymes into some types over here and some over here and some here, but it's all within that factory.

[00:17:19]And all those little squirties of of enzymes, which are ribosomes, happen because of specific bacteria. And if you're missing a bacteria, you're done.

[00:17:30]You don't have the enzymes, you're going to be sick.

[00:17:33]That's my claim.

[00:17:35]Okay, my friends. What you see here is the two dots that I have been talking about or will be talking about. And this tube runs right down.

[00:17:46]And it comes right around here, and it's very white, this particular one.

[00:17:52]Something's different about that than this one. And this one is is almost clear, and I believe there's an organ in there.

[00:18:00]And then it runs up to here and then goes wherever it goes. But these two connect from one organ to the next to the body, wherever they invest.

[00:18:12]One of them is fluid coming in, and one of them is fluid going out. I My personal opinion is because I don't feel that every organ has the same lymphatic juices surrounding it.

[00:18:27]I think there must be an organ right at the entrance to that fluid, so that it is it's different in the stomach versus the kidneys and the lungs and whatever.

[00:18:42]This is just all meat around here, and this is the This is the rock right here.

[00:18:46]And I do all my stuff with mud fossils.

[00:18:49]That's this this flap right here, this flap.

[00:18:53]All right, and these two dots are right down here. You can't see them without the microscope, but in the microscope, very, very obvious.

[00:19:01]All right, you can see that very clearly.

[00:19:06]Those two dots.

[00:19:10]All right, and very clearly you can see that there's a tube running out of them.

[00:19:15]And a tube running out of them here.

[00:19:18]And that gives this enough play that you can pull or but you you don't pull these tendons very hard. I I don't want to get into a lot of details, but I think I have a lot of details to share.

[00:19:33]And that again is this mud fossil. And the mud fossils that I have have uh fossilized in a manner that is just on unbelievable. And this is all the fascia coating the meat. The meat is underneath it, but there's that layer of fascia, and above the fascia is the lymph system.

[00:19:59]This is kind of new stuff.

[00:20:02]So, don't forget. These are the two that coat this whole thing. Is it Inside of there is what they call the fluid-filled network. And so, it's thick It's not thick. It's a It's a thin layer that surrounds the whole organ. And what it does is it keeps it from getting penetrated.

[00:20:21]You have to have this lymphatic fluid surrounding the outside of the organs. So, if something tries to get through the the biology within that lymph system is literally your immune system.

[00:20:39]It has all the Well, I'll show you what it has.

[00:20:43]All right. Here's where they go into it.

[00:20:45]They really don't know what it is. So, they're saying it's some argue it's not a distinct organ, simply a improved picture of what we knew already was there all along.

[00:20:55]Didn't know how it was set up.

[00:20:59]Either way, it's early science researchers only beginning to understand how the interstitium impacts our lives.

[00:21:05]It is our immune system. That's my claim. And if we don't start to understand this, there will never be health in this in the world. Everybody will get sicker and sicker and sicker because the bacteria that lives in that layer is dying.

[00:21:21]Once that bacteria dies, you do not have the enzymes. You do not have the enzymes, you die.

[00:21:29]All right, so don't forget this is the fascia, the interstitium, where it all comes together.

[00:21:35]And then that locks it in to the next body part. I call that the spurlock.

[00:21:41]>> [laughter] >> Right there.

[00:21:44]And it locks it into the next body part so they don't pull apart.

[00:21:49]But it has to continue the fluids.

[00:21:52]And that's where it is. This is just meat, muscle, whatever was in here.

[00:21:58]And again, it's still coated the same as any other part of your body. So, I'm going to leave it at that. But I want to talk to uh my good friend Gil about this because I think I now have all the evidence to pretty much support what I'm saying.

[00:22:13]>> [snorts] >> And I'm going to go into another video that shows how detailed the biology is that I can see versus what doctors could see.

[00:22:25]Okay, this should be a shocker. There's that little triangle I was talking about on the muscle. Well, this is not muscle.

[00:22:32]This is a lung.

[00:22:34]And it's got the same stuff, the same triangle. This is called a spurlock from now on, that triangle.

[00:22:42]And those two tubes come down and they run to the next body part.

[00:22:47]Now, I want you to see something else.

[00:22:49]You see all these different colored little shiny little crystally-looking things?

[00:22:55]That's from blood.

[00:22:57]Blood has all the transition metals in it.

[00:23:01]And these have been collected in the alveola.

[00:23:07]And that's why there's so many different little colors here. These are crystals.

[00:23:12]When you buy your gems and jewelry and stuff, you're wearing somebody else's blood.

[00:23:20]I'm not kidding.

[00:23:22]That's where it comes from.

[00:23:26]And the bigger the obviously the bigger the creature.

[00:23:32]The bigger the chunks of crystal.

[00:23:38]All different colors, and that's because they're transition metals.

[00:23:42]So, I'm I'm going to leave it at that. I could go on all day with this, and I probably will in another video. But, you could see these are like see these blue ones and all different colors.

[00:23:56]That's because they're different different transition metals collected in different alveola. This This lung is completely stripped except for that latch.

[00:24:09]All the other what they call um uh boy, the coating on the lung, it's uh pleura it's called.

[00:24:21]And that just has eroded off. I have some lungs that they completely eroded off, and I have some that is completely stayed.

[00:24:29]By the way, there's something else completely missing from your textbooks is that they can get blood out of virtually any rock, and I mean blood.

[00:24:37]I'm talking about blood.

[00:24:40]Wet and red.

[00:24:44]I didn't I think this is a lymph area over here. I'm not sure. I got to talk to Gil about that. But, this is the the usable the black blood. This is the red blood.

[00:24:54]And he just swa- whacked this with a hammer right there.

[00:24:58]And it popped open and the plumbing of the lung is here.

[00:25:04]This was the top part that came off.

[00:25:07]And there's all the little tubes that come out here and there from it was laying like this.

[00:25:14]And I think that's the lymph.

[00:25:16]I'm I'm not sure to be perfectly honest with you.

[00:25:20]But this is what happens when a lung is popped right here.

[00:25:25]He hit it right there.

[00:25:27]And the whole top comes off and it does all the time cuz I talked to I did talk to Gil about that and he said he noticed that when he does cadavers they the top of the the heart comes off quite easily. I believe he said that or maybe it was somebody else but I I think it was a Gil.

[00:25:46]And um this one here has still all of the plural left. You see that? That's a fabric bag.

[00:25:58]Until you die.

[00:26:00]This one here all that stuff is gone. It's filled It all got filled in the alveoli area with quartz. But we still have that same set up down here. That little tubes coming out This is a completely new a new uh organ as far as I'm concerned and and I think there is some kind of a mechanism in there that changes the lymph from the lungs to the heart to the kidneys and stomach and so forth. I can't I can't imagine them all being the same chemistry. It just doesn't make sense.