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Strange white clots: After a lab-engineered SARS-CoV-2, what have we overlooked? · Cultural Wars | America Out Loud News

0:20
Hello everyone, welcome to the voice of Dr.
0:23
Yin.
0:23
This is the host Dr.
0:25
Dimen Yen.
0:26
And in this episode, I'm very happy to invite you of my friend because we have been communicated for quite a while about their discovery on the COVID-related phenomenon, uh, abnormal phenomenon.
0:41
So today, I would like to have them to share their findings and also tell you the story about their study on this important issue, and also uh you would ask me why you didn't know this before because let me first tell you because they have experienced a lot of difficulties to reveal what they know to the world.
1:05
And this is still the ongoing story.
1:08
I'm so happy to introduce them first, and they will tell you what they know and uh say experience and what they want to share with you today.
1:17
So, first is uh Greg Harrison, Mr.
1:21
Harrison is a senior chemistry and uh material science expert with more than 40 years of experience, having spent his career in both tech uh technical and executive leadership rules within the polymer um addictive uh polymer additives and the chemical manufacturing industries.
1:44
He previously held senior technical and management position at major international chemical companies, including Monsanto of AtMAC at Camp in France and uh Ferrell Corporation in 2001, he was appointed managing director of Cam Sum Pacific, a position he held for 21 years, during which he led the company to become a leading supplier of polymer additives additives and the PVC stabilizers in the Asian Pacific region.
2:22
Greg's professional expi uh expertise bands, polymer materials and additive systems, materials analysis and industrial skill laboratory management identification and validation of anomalous behavior in complex materials.
2:43
He doesn't come from a medical background, rather he is a classic engineering and materials science oriented, the expert with particular strengths and uh evaluating whether a substance comes from uh come from to nature formation pathways as an elemental molecular and the structure levels.
3:08
Since retirement, Greg has particular uh participated as an independent scientist in class disciplinary research uh in cross-disciplinary research, sorry.
3:21
Uh Greg Greg has participated in that and also focusing on the analysis of anomalous material structures and non-typical polymerization public uh polymerization phenomena.
3:38
So let's go to Mr.
3:40
Richard Herschman.
3:42
Richard is a professional embalmer with longstanding front-line experience in post modem care and uh body preparation.
3:53
Over the past several years, he repeatedly observed an unusual and consistent anomaly in his professional work.
4:05
The frequent presence of white fibrous clouds and deceased individuals of different ages and the cause of death, clouds that don't align with conventional medical understanding.
4:20
Mr.
4:20
Hirschman is not a scientist, however, he took a critically important step.
4:26
Instead of dismissing the abnormal, he documented it, preserved samples, and actively sought scientific explanation.
4:37
It was precisely his long-term real world observations and his rules as a sample provider that allowed these fundings to enter systemic uh scientific analysis progress throughout his research efforts.
4:53
Richard Joe has Richard's role has been that of a primary observer of the abnormal and a provider of physical samples, not a proposal of scientific conclusions.
5:09
So here we see the very great combination here.
5:25
Uh repeatedly encountered and documented uh abnormal phenomena.
5:31
The presence of white fibrous clouds and systematically preserved uh preserved and supplied sample for analysis.
5:42
Greg, a materialist and chemistry expert who uh with more than 40 decades, uh 40 years of experience and uh background in senior leadership at international chemical companies, applied material science and uh structural analysis frameworks to evaluate whether these substances confirm the confirm the nature of formation processes.
6:08
So I say this is not the opinion of any single individual, but the question initiated by front participation's uh uh participant uh partition practitioners exam the through material science and subjected to uh validation across multiple disciplines.
6:29
So here is a brief introduction of both of them, and first uh I want to talk to uh Richard, I thank you for joining me and uh Richard this uh describe the abnormal white clouds you found from your work and why do you think this is abnormal based on your so many years experience?
6:51
Why do you want to contact Craig for all these kind of discoveries?
6:57
Please write our audience know your story.
6:59
Thank you.
7:00
Yes, uh thank you, Dr.
7:02
Lee.
7:02
Um the uh the history of my work.
7:08
I've been doing this um since 2001.
7:13
So for the first 20 years, um actually the first uh probably four or five years I worked as a funeral director and an embalmer both.
7:26
But in 2005, for the most part, I became pretty much a an embalmer, which is the person who takes care of the deceased after they die, and I do the embalming process.
7:40
So I'm very very familiar with you know uh what the drainage with the blood would look like.
7:48
And after 20 years in 2021, it was early in the spring.
7:56
Um I noticed there was uh these strange anomalies, this this white these clots, blood clots started appearing, these white strands um that kind of came out of nowhere.
8:13
And uh when I first saw it, uh I first thought, well, this is strange and unusual, but I didn't think much of it because I'm not a doctor, and I figure, well, maybe this person had some kind of a strange disorder or disease.
8:32
So something that you might see somewhere along the line, but I had never noticed these before.
8:39
But what really started making me concerned is once I started seeing these strange white fibrous-looking clots, I began seeing them more and more and more often.
8:51
And I can I can understand sometimes running across an anomaly that would be unusual or rare.
9:00
But when I started seeing this consistently over and over again, I became concerned, and I started the actual documentation of what I was seeing in September of 2021.
9:17
Um where I took the first image uh picture of what I was seeing, and it was a very long uh clot, and to give you and your audience an idea of what I'm talking about.
9:29
This is another one, not from that one, of course, because back then I wasn't even thinking about collecting samples.
9:35
I was just curious as to what it is.
9:39
But here is uh uh a visual of one of these long clots.
9:47
Now, this one here is approximately 19 inches in length.
9:54
And this thing is large, it is literally um the
10:00
Length of my arm.
10:02
So that was really concerning.
10:07
And of course, I have I have other ones that are not quite as long.
10:12
But I also have other individual ones that are much smaller.
10:17
And just to give your audience an idea of what it looks like.
10:21
This is the material that was the most alarming thing for me to see.
10:30
Actually, almost exactly we're almost to the day that I ended up being put in contact with a doctor.
10:44
And she ended up putting me in contact with Dr.
10:49
Jane Ruby, who ended up making this story go public.
10:53
And that was in January of 2022.
10:57
And since then, I've seen so many of these cases.
11:02
So that for people to say that this is a rare occurrence is insane because if I'm seeing this, and I have had some times where I've seen this in over 50% of the corpses that I'm seeing that I do.
11:18
So rare, not rare anymore.
11:21
So what happened?
11:23
What caused this change in the human blood?
11:27
There was something different about the blood.
11:29
Now these clots are one of the main things that I see that are very, very alarming to me.
11:35
And there are other abnormalities, like uh the blood looks dirty, it's very clotted, it has a lot of uh fine grains, it looks almost like a fine sand or coffee grounds that are coming out of the the uh of the body from their blood.
11:53
Um so that led into the documentary of Died Suddenly that came out, and they made this even more known, and of course, many other uh people started asking questions and looking into this, and it was through me speaking out that caused many other scientists and researchers to make contact with me because they wanted to know more.
12:24
Um, and the only way to know more would be to run some kind of tests, and so eventually I uh became in contact with uh Greg Harry Greg Harrison, who is uh an amazing person, researcher, and wanted to know the answers, and the only way to do that is to do analysis.
12:46
Now, Mike Adams had done an analysis, an ICPMS.
12:51
That's right.
12:52
I think it was yeah, ICPMS that he did um in 2022.
12:58
Greg was very familiar with ICPMS, but he wanted to know even more, and so uh through contacts, um I was able to send samples of these strange frous clots to people like um Greg Harrison uh and others like Dr.
13:20
uh Kevin McCairn, um, and many others.
13:24
Dr.
13:24
Ryan Cole has had samples that he's looked at as well.
13:28
Um so this is a very concerning thing.
13:31
Some some people want to say these are uh typical post mortem clots, which of course I argued in the very very beginning because if they were typical postmortem clots, then I would be familiar with having 20 years of experience doing this.
13:48
I would this would not be a surprise.
13:51
But whether they're post mortem or anti-mortem, to me is irrelevant.
13:57
The only thing I know, because I'm not a doctor and I'm not an actual scientist, is all I know is these things exist now where they didn't exist prior to 2021.
14:13
In my knowledge, in my injury.
14:15
Do you still see this now?
14:16
Recently.
14:18
Yes, I do.
14:20
Um the good news is here recently, it seems like there is a decline.
14:26
Not a decline in clots, but a decline in these larger samples that I am seeing.
14:34
Um I'm gonna go ahead and show you uh an image here, you know.
14:40
And the only reason why I'm gonna show it to you is because here oh, smaller.
14:49
Here, here, well, see, get this back on the street.
14:57
Yeah, well, sometimes that redness will come off, sometimes it doesn't.
15:02
But anyway, this was taken this year, um, just you know, 10 days ago, about a week and a half ago.
15:11
So they're still happening.
15:13
There the only reason why I keep documenting these is to show that they're still happening.
15:21
The nice thing is, and I'm hoping with the decline in my recent observations, is that maybe things are getting better.
15:33
Is the body able to go ahead?
15:37
Uh would you let our audience know like how many bodies you would hand on, like for example, per week, and during that period, what is uh high frequency you'll find this kind of uh white cloud?
15:51
I thought audience have a direct understanding.
15:56
Yes, um so I'm a trade embalmer, so I probably embalm 400 bodies a year, uh-huh.
16:10
Um, sometimes more, sometimes a little less.
16:15
Yes, so when I'm seeing this, there are times where I am seeing this 50% of the time.
16:25
So if I embalm, let's say five bodies a week in in a week, sometimes I'll see it in two or three out of the five.
16:35
But there are other times where I don't see it as often, but then another week goes by and I see it maybe four out of five.
16:44
I mean, I've had it.
16:46
I've I've had it.
16:46
That's but my my point on that is if it was a rare occurrence, then how is it that I see it so often?
16:55
If it's where do you base?
16:57
Where do you base?
16:58
So you'll like the area you work pay to share with our audience.
17:03
Yes, I'm I'm in Southeast Alabama, uh near Dothan.
17:09
Uh the area that I live in is not huge.
17:13
Uh Dothan has a population of maybe 70,000 people or somewhere around that neighborhood.
17:20
So the surrounding area is probably, I don't know, I'm guessing, you know, somewhere around a hundred thousand.
17:26
So I consider that pretty small in comparison to a larger city like Atlanta or something like that.
17:35
Um basically from 2001 21 to recently, this phenomenon last, right?
17:42
Although you said recently it become kind of decline, right?
17:47
Yes, the the the clots seem to be getting a little smaller.
17:51
I'm not I'm not finding these larger ones like this quite as often.
17:58
Um, but it's still there.
18:01
I I can see the white strand.
18:04
It's kind of like the picture that I showed you.
18:07
Um sometimes I see it more, but people have to understand the only clots that I see are the ones that come out.
18:16
I mean, who's to say there's not more inside the body that doesn't come out?
18:20
I can't go in, I do not go in specifically trying to find these.
18:27
Um this is only the stuff that I get when I'm doing my job, which is embalming, which for people that don't understand.
18:36
We take a chemical and it's in a tank with a on a pressurized tank, and we have to raise up an artery and a vein.
18:45
The artery is what we push the uh chemical into, and the vein we open it up to allow the blood to come out.
18:54
So this is typically where I'm getting these clots, is they're not veins that I'm pulling out, they're not arteries that I'm pulling.
19:03
This is what's coming out from inside of these vessels, and which that brings up another interesting thing because when it comes to the artery, like this big one that I got, this one came literally from the artery, and it was done prior to the embalming.
19:22
So when I when I make an incision into the artery to open it up, so I see the clot in there, and I'm able to take my forceps, pinch on to the end, and see slide it out.
19:36
So that's these before any of this treatment.
19:41
Yes.
19:42
So, like for example, you show me and also the uh samphouse you send to Greg, so it's those kind of big long um rubber like that white clot, not under the treatment, just like uh real bold easy have this kind of.
20:00
Oh, that's very, very interesting because we know that embalming can change some uh kind of characters of the white claws.
20:08
So if it's not under any treatment yet, that's definitely more shocking, right?
20:16
It is.
20:16
You know, uh, Dr.
20:18
Lee, uh early on, some people said, oh, it's the embalming fluid causing these clots, right?
20:26
It's the fluid, it's the chemicals.
20:28
Now, think about that for a second.
20:31
Why would an embalmer want to use a chemical that makes the body clot more?
20:38
This is what we fight against.
20:42
Great question.
20:42
I mean, yeah, why?
20:44
You won't get it flash out easily.
20:47
Yes, you don't put a chemical in that makes the body clot.
20:51
You want to put something in.
20:52
We have additives that we add to our tank that are to help loosen up the clots, not make clots.
21:01
So that argument that was put out there early on.
21:05
Um, I took a little bit of offense to it because that doesn't make sense.
21:11
A chemical company that makes embalming fluid that creates clots and makes it more difficult to embalm would simply go out of business.
21:20
Because we wouldn't want to use that.
21:22
Yeah, like the white cloud you show me.
21:25
So if the embalming solution makes body full of this kind of or increase this kind of product, that means it's basically like the drink at clock, right?
21:36
You basically can't stack the you have to even use something to try to open it and make it smooth, right?
21:44
Yes.
21:46
So it's not the chemicals, but you the point was is is is important that you you mentioned that like this one here that came out of the artery.
21:57
I mean, and people want to get an idea how thick this is.
22:00
I mean, here's my finger.
22:01
Yeah.
22:02
You know, that's pretty that's pretty massive.
22:06
Um because it came out prior to me even putting any chemicals in the body tells you that it's not the chemicals that make it.
22:16
It's not.
22:18
The cloud had to be there first.
22:20
You don't know the patient history, that the body's previous treatment history, whether they infected the uh COVID or whether they got the COVID vaccine.
22:31
You don't have this kind of materials, right?
22:34
Not typically.
22:36
However, in the in the very beginning, I remember in 2020, they were labeling people with COVID.
22:44
Now we were seeing a lot of people that were coming in and they were saying, hey, this one's COVID positive, whatever.
22:53
But even on those bodies in 2020, I don't remember seeing white clots.
23:00
Yes, we saw red clots, which is a typical clot that we would run into, but not white clots.
23:08
The white clots I don't recall seeing until 2021.
23:15
It was probably around early spring.
23:19
So it seems some fact many factors would happen, but it's kind of at least that it's not something happened shortly after the pandemic.
23:31
Right.
23:32
This is something that happened.
23:35
This is why sometimes I would I began thinking that these were coming from vaccinated individuals as opposed to unvaccinated.
23:46
Now, again, there was increased clotting issues in 2020 before the vaccine.
23:52
But through Greg's research and and research of many others, we now know that the spike protein from the virus itself caused a clotting problem.
24:04
Yes.
24:04
So to me, it made sense because a lot of times when I was pulling these white clots out in the early days when after the vaccines had come out, then the funeral director would sometimes ask the family, was the person vaccinated.
24:21
It was almost a hundred percent yes.
24:24
They were vaccinated.
24:26
So it made me think well, if the vaccine makes the body create spike protein, and we know the spike protein causes clotting.
24:35
I think there could be a connection here.
24:39
I tell people that don't take the vaccine if it's not safe enough, especially.
24:44
I tell people that I can't let you forbid you to use that, but we need to know this spike protein is under the engineering, and the people who engineer them, they are the people's liberation army scientists and also the other scientists working with them.
25:00
And these people now, especially like Greg recently.
25:03
I know you have obtained the purchase the book online, right?
25:07
This is people's liberation armies textbook.
25:10
The title is the SAS COVID one, uh, which they believe it is a potential candidate for the great gene editing, uh, this kind of novel novel bow weapon against the human, right?
25:25
And this is actually I'm the first to review that people's liberation army book uh on internet since 2021, and it was written mainly by the People's Laboration Army's medical university, a general named uh Shi Doom, and by the way, to our audience, better understanding.
25:44
She doesn't work in the false PLA medical university.
25:49
Uh, and this the same university previously, one of the principal, the director, the party leader was Xi Jinping's father.
26:00
So there are a lot of great connection, and it is the same place where she be at his uh great hometown in Shanxi Shanxi province.
26:09
Uh anyway, I know that I wrote this part of this uh content from this book in the third year report, which was published on uh uh in March 2021, and I translated some of this content to verify my evidence, and now you'll read that.
26:31
So uh we need to have a short break, and we will come back after the advertisement.
26:37
Let our audience know that Walt Greg found based uh on Richard's uh very shocking uh discovery, and also what this kind of people's libraries army's own internal text book give you the new idea on that.
26:53
Thank you.
26:54
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30:21
Hi everyone, welcome back to the vice of Dr.
30:23
Yeah.
30:24
We know in the last segment, Mr.
30:26
Richard Hashman has shared with us his understanding discoveries about this abnormal white cloud.
30:34
And actually it's not rare.
30:36
We don't use this word rare because it's not rare since he found this kind of phenomenon back to 2021, the spring of that year.
30:46
And he told us that almost a 50% of the bodies he handled per year.
30:53
We have this kind of phenomenon.
30:56
And to know that he also emphasized to us the white clouds are very long, uh looks like rubber, kind of strong, and also C cloud.
31:07
He showed us, I mean, I know my audience can see that, but definitely you can find these pictures online.
31:14
And so he showed me that this kind of cloud is not under the uh embalming treatment.
31:21
It is before that when he opens a body, opens up the cut the artery, try to do the whole process, and then oh, there's some kind of white cloud in the artery.
31:36
And also later, he finally contact Mr.
31:39
Greg Harrison, and the Greg, as we said, he's a very experienced chemist uh chemist.
31:46
So he also feels alarmed about this phenomenon.
31:50
And Greg, I I won't let you tell our audience that I know you have done quite a lot in the past uh almost five years about this uh issue, but uh we don't have much time, and so I want our audience first to know what you uh feel the most uh shocking part when uh Mr.
32:11
Richard contact you and show you all these things, and I know that you said this is not individual cases, now you have more evidence from all over the world because basically you need the whole team, the network covering the labs, universities, and also uh the embarrassment communities and chemists.
32:32
Uh so you have your team discovery based on this phenomena.
32:38
Uh would you please let our audience know how much you want uh I mean you feel shocking during your study?
32:47
Thank you.
32:49
Thanks, Dr.
32:49
Lee.
32:50
I think it's an important point to raise first to stay on the focus of the um prevalence of the white fibrous clots that Richard is seeing and others.
32:59
Richard is not the only embarrass seeing these.
33:02
In fact, there's a gentleman by the name of Major Tom Havlin, retired Major Tom Havlin, has conducted a number of surveys, international surveys around the world, contacting embarrass similar to Richard right around the world.
33:16
And he's run four, I think, of these surveys, and each time he's getting positive results.
33:22
The previous survey he ran, he had over three hundred different embarrasses from around the world, all confirming they're seeing these white clots.
33:33
And those embarrass came from countries like Canada, New Zealand, Australia, uh UK, all over the world, people are seeing this where embalming is carried out.
33:44
Now, some countries don't embalm.
33:46
And to be fair, that the number of people that are embalmed is relatively small in the total of people that die literally every day.
33:56
Um, in Australia, for example, there'd be less than maybe 10 to 15% of those would be embalmed.
34:01
So, how many are simply being cremated or buried without any sign of these white clots um developing.
34:09
Having said that, the reason I became involved in it is that Richard did send samples of white clots to a gentleman by the name of Mike Adams in in the States, and Mike ran a technique called ICPMS.
34:23
I CPMS is an analysis technique that determines what elements.
34:28
Everyone knows about the periodic table of the elements, there's one behind me here.
34:33
Um that technique tells you what elements are present in a material.
34:39
This is a standard analytical technique.
34:42
And because I was involved in polymer chemistry and a range of other chemistries over the years, I became very conversant with the different types of analysis techniques that we could employ to try and determine what the composition of these clots were.
34:58
Now, I'm not medically qualified, and I'm not a biochemist, but I did do some biochemistry in my early days before I branched off to go into organic chemistry where I focused on polymers.
35:10
Okay.
35:11
And I ran a manufacturing company that had its own laboratory set up and it was quite an extensive one.
35:17
And we had access to all these types of equipment.
35:21
When Mike Adams presented the elemental findings of the very first sample that Richard sent him, it had an absence, a lack of normal blood marker elements.
35:33
If you take a normal sample of human blood, you will find in there elements like iron, potassium, magnesium, calcium, zinc.
35:44
Those elements were predominantly absent in the ICP analysis that uh Mike Adam performed.
35:53
He then um presented the elements that he did find, and those elements surprisingly the most abundant element, in other words, the element with the highest concentration was phosphorus.
36:05
And phosphorus was closely followed by sodium, sulfur, tin, carbon, and a total lack of other elements.
36:14
Now, the phosphorylation pathway I know a little bit about.
36:19
And we started investigating, all right, if it's predominantly phosphorus that is there with sulfur.
36:27
Surprisingly, we also found a very, very small amount of tin, but tin was we thought it may have been a contaminant, so we're not focusing on tin.
36:36
But the analysis itself was so peculiar.
36:40
I reached out to Richard through X or through Twitter of those days, and Richard kindly, after introducing himself, describing uh why I wanted to run the same type of testing.
36:52
I had access to ICP analyses in two different countries.
36:57
And coincidentally, uh I was still uh part-time as a consultant, and I was able to contact one of my um colleagues, and I asked him, could he run an ICP analysis to first of all reproduce and confirm what Mike Adams had found because the results were so strange.
37:20
Richard sent me those samples, we split them up and two different labs, and sure enough, some weeks later back came the same results with the same pattern of elements.
37:31
In other words, it was high sulfur, high phosphorus, uh, high tin, uh high carbon, and a lack of blood marker elements.
37:39
Those two sets of analysis, two different laboratories, different parts of the world, I might add.
37:45
The next step was okay, you know, a little bit about protein chemistry.
37:50
Let's find out what proteins are present in these white clots.
37:54
We ran a technique called HPLC.
37:58
High performance liquid chromatography.
38:02
And we've got a result of about 541 proteins.
38:08
The number that were there were all determined to be human.
38:14
And more importantly, the most abundant protein that was found was fibrinogen.
38:20
Now the body produces fibrinogen as part of the natural wound healing mechanism, and through a process called thrombin, it'll actually form a um a scab or a clot, a normal blood clot, which the body can then digest and get rid of after the blood clot and the healing process is completed.
38:42
The very fact we found such a high level of fibrinogen in these clots, and we found actin, actin also was unusual in the concentration that was there.
38:53
There's a thing called Fibrinogen monomers, which is a ratio which the body puts the to make fibrils for the production of um as I said, normal blood clots.
39:05
That ratio was different.
39:08
So when a but when the body formed a normal blood clot, the ratio of the Fibrinogen monomers is approximately one to one to one.
39:19
We found the Brinogen beta chain to be at least 56% of the clot.
39:26
Now, we did get some varying results because we had four different samples and we analyzed all four.
39:32
But the predominant material we found was fibrinogen.
39:37
So that then led us to all right.
39:39
You've got an abundance of fibrinogen.
39:42
You've got an abundance of actin, so that means the endothelial layers being damaged of the body, not with the lining, the lining.
39:49
And more importantly, we've also got a high level of phosphorus.
39:55
So we did some analysis again, and we did a thing called an L C analysis.
40:00
So liquid chromatography amino acid analysis.
40:04
And the highest level of amino acid present in the white clots is proline.
40:12
Now I don't want to go too much into the technicalities of this, but again, it's an abnormal distribution of the actual amino acids that are present in the white clot.
40:23
All of this was pointing to a misfolded rubrinogen.
40:29
And misfolding means that it's not forming correctly.
40:33
Richard has a great analysis analyzed where he actually holds up a series of paper clips and shows you what happens with normal paper clips, how they do function, and you can clip them together.
40:44
But if they're distorted and bent or misfolded, you can't join them to perform their normal function.
40:52
And this is precisely what we're talking about.
41:00
And it's there in abundance.
41:02
It's the second most abundant protein in human blood besides albumin.
41:07
Okay.
41:09
So misfolded fibrinogen.
41:11
What's what's that called?
41:13
It's called amyloid.
41:17
Amyleid means a misfolded protein.
41:19
And you'd be familiar with that term from people who sadly suffer Alzheimer's disease, dementia, where an abnormal concentration of this particular protein it found in the brain.
41:33
With that knowledge, Richard then arranged to do some dioflavin T testing.
41:41
Ioflavin T is an indicator that, or a stain I should say, that when you saturate the material, if it glows green under ultraviolet light, that green glow is telling you there are amyloid structures there.
41:59
So Richard took the clot to a path lab, not far three hours drive, I believe, Richard.
42:06
And that path lab confirmed a brilliant green glow, to the point that the pathologist who was conversant with thioflavin T UV testing immediately exclaimed it's amyloid.
42:22
Since then, Richard has sent samples to uh Dr.
42:26
Kevin McCann and others, and Dr.
42:30
Kevin McCann particularly has conducted his own thioflavin T testing, and he firstly confirmed the presence of autofluorescence.
42:39
In other words, before you actually put the clot into the thioflavin T indicator, the clot itself will glow faintly under ultraviolet light.
42:51
There should be nothing in the bloodstream that glows, that glows brightly, should I say.
42:56
Yes, there's some iLoperoxidate and other components that have a slight fluorescence, but nothing that is brilliant as amyloid glows in contact with Ioflavin T.
43:09
Now I'm sorry, this is a little technical, but I have to explain.
43:12
This is such a unique finding.
43:24
Certainly not in this concentration.
43:26
The body can't deal with it, and hence you get the accumulation of the white clot.
43:31
But worse still, Dr.
43:34
Risa Pretorius from South Africa and Dr.
43:37
McCann both had been focusing on microclots.
43:43
In other words, the nucleation pathway to produce a very small clot that eventually has a potential to grow and block first of all capillaries and the finer uh vessels of the body, but of course, Richard just shown you the more they grow, the larger the vessel they will end up blocking.
44:04
Reciprocatorius identified amyloid micro clots in long COVID victims.
44:13
Otherwise, victims who were suffering long COVID and sent her some blood samples.
44:20
She conducted thioflavin T testing on them on the UV, and she could see tiny little dots.
44:28
And I can show you examples of these of the nuclei that we believe are the precursors to the embarma clots that Richard is seeing every day.
44:42
So Dr.
44:43
McCann also performed a Riemann spectroscopy analysis, which is a sophisticated technique to determine not relying on thioflavin T testing the amyloid presence in the clot, and he was able to detect an amide shift, and that indicated there is a amyloid precursors perhaps forming.
45:06
So we we know conclusively it is definitely amyloid.
45:12
Now this seems to be suppressed at the moment.
45:25
Either to prove or disprove what we're saying, because never before have we seen such an abundance of amyloid being generally generated in the bloodstream.
45:36
And I would like to talk about the heparin white clots that occurred back in the late 1980s, early 1990s.
45:43
There was an outbreak of white clots.
45:45
You can find it in papers in PubMed in Mediricks, for example.
45:51
And the incidence went away when they changed the formulation and the molecular weight of the heparin or expecting people to treat blood clotting problems.
46:06
If they had of analyzed it, like we've analyzed and done a uh an ICP elemental analysis, they would have found high sulfur.
46:15
Unfortunately, we can't go back to the 1980s to get a sample of these clots to rerun the same technique that we've run, but we know the problem went away.
46:26
Okay.
46:28
Having said that, this is now re-emerged in such a wide distribution.
46:33
Coincidentally in 2021, that this looks to be a world-wide problem.
46:41
And I know Dr.
46:42
Kevin McCann on his website is offering a blood screening test where he can actually test the blood of people who are suffering symptoms of long COVID, for example.
46:52
And he is finding a high abundance of amyloid micro clots glowing quite strongly in many of the samples he's receiving.
47:06
So this is a known fact.
47:09
But the authorities don't want to know about it.
47:16
So that's where we are.
47:18
So basically that it you have explained to the people that you're uh of this research kind of flu because uh I want to briefly talk to our audience that how to uh understand that Greg's scientific work because basically he took the white cloth from Richard and uh also other people, right?
47:40
So mainly from Richard, initially from Richard, and this samples not under the treatment of the embalming.
47:48
So they are the body's original white clot.
47:52
And so when Greg Gatti, Greg first did the test to see that they use it called ICPMS to see what kind of special aliment it includes or what kind of abnormal part of this element component.
48:07
So basically they found lack of some um many of the normal element, for example, magnesism and also potassium potassium, potassium and also iron.
48:20
Instead, there are very high like uh phosphor uh phosphorus suffer, and even some sample you mentioned you have t.
48:30
So, first here, uh Greg, please give me a short uh uh answer about this.
48:37
Why do you think you have T inside?
48:39
Because first, T is not included in the normal bodies, uh, this kind of imminent, and also doesn't include in the MRM vaccine, uh at least according to the official instruction.
48:54
What do you think the tin comes from?
48:56
Okay, first of all, we have to focus on the technique itself and what we call the detection limits.
49:03
And the ICPMS was measuring the phosphorus and the most abundant elements in part per million PPM.
49:12
Okay, but it has the capability to go down to PPB part per billion.
49:18
So variable now.
49:21
Yeah, it's a more sensitive uh technique than what another technique called EDX is, where EDX has trouble once you get below one part per billion trying to find tin.
49:31
But ICP, you can take it down to 0.1 PPB.
49:35
It'll find tin down to 0.1.
49:38
And more importantly, we're talking it was only only the normal level of tin and blood is trace.
49:46
It's somewhere between 80 to 12150 part per billion.
49:52
Whereas the level of iron, say for example, in a normal red blood clot is about 400 parts per million.
50:01
Alright, so we're talking what is a magnitude difference in the tiny amount of tin that was found.
50:06
So that's why we're not focusing on tin.
50:08
Okay.
50:09
But you ask the question where is it coming from?
50:12
And the answer is tin is actually abundant and used as a food additive in tomato source.
50:20
Tin stamate, for example.
50:22
LS chloride is used as a preservative and tomato juice.
50:34
The American market and the um parts of Europe, particularly in France, the drinking water plastic pipes, EVC pipes in particular, a tin stabilized.
50:49
In other words, when you're processing the polymer, and the reason I know a bit about this, because I used to actually make and sell these tin stabilizers.
51:07
I see.
51:09
Yes.
51:09
Now, if you make a plastic that has a small amount of tin in it, and it's very small, it'd be less than one percent uh total um by weight.
51:19
But the tin itself is there normally as a macaptide or a um uh an organic species that can be extracted into portable drinking water.
51:31
Thank you.
51:32
And tin it is accumulative like lead, in other words, if the more you drink of it, the more the body would accumulate.
51:39
We know for a fact tin accumulates in the um marrow of the bones.
51:43
All this is known.
51:45
But it's normally it's never been a problem.
51:49
Sure, sure.
51:49
So here you just found it in the white cloud as a kind of side effect.
51:55
We put it in that side effect for the body.
51:57
We were very focused on we were mistaken and I say the term deliberately.
52:01
I I was totally focused on why the heck would there be tin there?
52:07
Uh usage we used to be.
52:11
Phosphate that problem, because the phosphate you mentioned, especially when you think about this cloud happened after COVID, especially after COVID vaccine go to the market.
52:22
And uh we know at that time, back to that time it was mandatory.
52:25
So uh there is no um complete history to connect this white clock in uh the owner and their vaccination history, but we know it was a special period at that time.
52:39
So yeah, I want because uh our podcast have very limited time.
52:44
So I want to summarize to our audience that after that, so that's why you see Greg didn't focus on tin, but we know that tin is something very interesting uh existing in the bodies.
52:57
And uh he start instead focused on the um phosphorus because the vaccine uh from moderna from the uh Pfizer, the MIA COVID vaccine have quite a lot, like on the order of 10 to the uh 16 to 10 to the 18 that nanoparticle, uh, which was uh um phosphor uh phosphorylizing uh phosphor uh how to say the phosphorylation that kind of uh nanoparticle.
53:30
And uh this kind of particle goes into our body, and you don't know how long it would stay inside because I can tell you I studied uh Pfizer Modena, their official instruction of these vaccines from the beginning of the mandate policy.
53:45
I warn people that you don't see they provide you the result of how long will this particle stay in your body and how this MRA get degraded.
53:56
It's not clearly not as you thought.
53:59
You thought it go in and just uh one time this kind of uh amplify and make this kind of uh product of the spike because it's based on the spike, and then they will suddenly disappear.
54:12
No, no, not like that, because according to the uh the official data in the experimental animals' body, they found it stay accumulated in the ovary or uh in other kind of organs, and uh more importantly, as I told my uh doctor friends in the US, they don't show the data about this kind of phenomenon in your in the red uh the mouse bring all the heart, which has a two most important organs we care about.
54:43
However, we don't see any data detest after vaccination, how these kind of particles or MRA uh we could see the this kind of MI uh stay left in the very important organs, and uh moreover, we don't know how long they will finally disappear.
55:03
So one answer.
55:09
Also remember that Kevin McCann, Dr.
55:11
Kevin McCann, when he tested his own blood, he had never been vaccinated with mRNA vaccinations, okay?
55:19
And he still has the microclot, which followed by the way a severe bout of COVID.
55:25
Earlier that year, in that same year, Kevin had a very severe bout of COVID, okay, to the point he was hospitalized, I think, with some um blood clot issues in his lungs.
55:36
Having said that, he was not vaccinated.
55:40
So it is still associated with the virus.
55:45
Some of our research is showing that the virus is becoming more amyloid-like as with the mutations all the way, particularly Delta.
55:54
And worse still, in the virus itself, in the what we call the nuclear capsid, the envelope, uh, the membrane, all those parts of the virus have amyloidic sequences in them.
56:07
But worse still, the spike protein itself has what we call waltz, W A L T Z sequences.
56:14
Thank you for joining me, uh, Greg and Richard.
56:17
I'm happy to discuss this very specific scientific uh issue with you, and I hope I could provide you more time, but maybe we could continue our discussion in the future episode.
56:30
Thank you very much.
56:31
And uh for my audience every Saturday and Sunday at 8 p.m.
56:35
Eastern time, please listen to the voice of Dot here from uh America Outloud Radio Network and I had video.
56:43
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