전 세계 ‘기괴 혈전’ 사례 폭증… 그 이유는? [팩트매터]

This right here, if you can believe it, are jars filled with massive blood clots. Specifically, these are fibrose blood clots, which were taken out of bodies after they had died. And if you think that these are strange looking clots, well, then you're not alone. Starting around the middle of last year, the middle of 2021, reports of these unusually long blood clots began to pop up across the entire world, with many of them being found in the corpses of COVID patients, Here's, for instance, what a funeral director over in Alabama told us here at The Epoch Times. Likewise, another funeral director, also in Alabama, who has been in business for the past 21 years, he told us that, Furthermore, we here at The Epoch Times spoke to another embalmer under the condition of anonymity, and, well, he told us this, But they did seemingly start showing up around the middle of 2021. And then, just to drive the point home, Dr. Ryan Cole, a medical pathologist based out in Idaho, he said that his practice is finding unusually long blood clots in people who he says receive the vaccines. Specifically, Dr. Cole's laboratory receives tissue samples from morticians from across the entire country, and he said that recently, they are finding long blood clots, including some that are quite literally up to a foot long. Here's specifically what he said in a recent interview. And then, furthermore, in terms of why more pathologists aren't speaking openly about what they're seeing, well, Dr. Cole added this, Now, perhaps because of the self-censorship that Dr. Cole described in that statement, well, we really only have anecdotal evidence to work off of, stories popping up here and there of what different funeral directors, embalmers, and medical pathologists are seeing in their work. But occasionally, we do get some oblique confirmation from the establishment. For instance, just a few months ago, the FDA officially came out, and they limited the use of the Johnson & Johnson vaccine due to concerns associated with blood clots. And so today, I wanted to focus our episode specifically on this topic, on the topic of blood clots, and where they come from, and generally, how they form. Before we dive in, I wanted to give a big shout out to Dr. Yuhong Dong, our phenomenal medical specialist here at The Epoch Times, who actually put a lot, well, a lot of work in compiling this research together. Now, to start with, let's set the clock back to the year 2020. Since the very early days of the pandemic, doctors across the entire world realized that COVID was not just a disease of the lungs, but also, it acted as an endothelial, as well as a vascular disease, meaning it affected not only the lungs, but also the blood vessels throughout the entire body. In fact, it's been found that after a person experiences an acute COVID infection, over 200 different symptoms have been reported to linger around. This is what people refer to as long COVID. And these lingering symptoms, well, they can persist for anywhere between 6 to 24 months post-infection. Now, the most common of these symptoms, they include things like breathlessness, fatigue, brain fog, cognitive dysfunction, muscle aches, muscle pains, difficulty sleeping, anxiety, as well as depression. And generally, it's believed that the chronic relapsing nature of these long COVID symptoms is caused by dysregulation of the immune system, hyperinflammation, oxidative stress, as well as dysfunction of the body's mitochondria. But since the year 2020, some clues have emerged which appear to point to blood clots as being the main culprit that's at work behind the scenes. And as an example of what I mean by that, back in November of 2020, there was a report, you can see it up on screen for yourself, which found an increased incidence of microclots in COVID patients as compared to either healthy individuals or diabetic patients. These microclots, which are essentially just tiny, tiny blood clots, could potentially explain things like breathlessness, fatigue, and malaise that some people experience with long COVID. Likewise, there was another large-scale study that was conducted over in the UK, which looked at data for over 48 million adults in England and Wales. And what they found was that in the first week, right after a positive COVID diagnosis, the risk of an arterial blood clot was almost 22 times higher than in someone without COVID. And if we reference a blood clot in the artery, it's a type that could cause a heart attack or a stroke by blocking blood flow to either the heart or the brain. And in fact, if we take a look at the graph from that particular study in the UK, well, they indeed show a heightened risk of all these blood clot-related issues, things like heart attacks, strokes, embolisms, deep vein thrombosis, hemorrhage, heart failure, and chest pain. The risk is greatest right after the individual is diagnosed with COVID, and then it tapers out and dissipates over time. And the reason that this particular study is so relevant to our discussion is because these are all surface-level symptoms associated with blood clots in either the veins or the arteries, which came likely as a result of COVID. And as the study surmises, well, this increased risk of blood clots, it has, quote, led to an estimated 10,500 additional cases of clot-related problems, including about 7,200 additional heart attacks or strokes, and 3,500 additional cases of pulmonary embolism, deep vein thrombosis, or other venous problems. Okay, so this study is one of many that establish that blood clots are a serious problem associated with COVID. Then, the next logical question is why? What is it about COVID that causes these clots? And to answer that, let's briefly talk about what blood actually is and the reason why it clots in the first place. At its essence, blood is a liquid that circulates under pressure throughout the whole body via the blood vessels. Sort of like how water flows through the pipes in our homes, and it allows us to take showers, do the dishes, and so on. However, if there's an injury to the blood vessels, the blood that's leaking out must very quickly be converted into a type of gel, otherwise known as a clot, in order to fill the leak and to minimize the amount of blood that's lost. And so that is the positive aspect of a blood clot. The blood coagulates in order to stop the bleeding. However, there's a negative aspect to these blood clots as well. Here's how the research paper from Dr. Dong describes the negatives. Normally, the plasma portion of blood contains a collection of soluble proteins that act together in a series of enzyme activation events that result in the formation of a fibrin clot. This process is protective, as it prevents excessive blood loss following injury. Unfortunately, the blood clotting mechanism can also lead to unwanted blood clots inside blood vessels, which can lead to heart attack or stroke, both of which are a leading cause of disability and death in the world. And it's these unwanted blood clots that bring us back to the topic of COVID. Because since the early part of the year 2020, the method through which COVID causes abnormal blood clots has been debated quite vigorously among both scientists, as well as doctors across the entire world. And after much discussion, what appears to be happening is that the spike protein of the COVID virus triggers a cascading effect, such that the blood begins to clot, but not through the traditional pathways that it does under normal circumstances. Essentially, the spike protein invades our endothelial cells, which, for your reference, the endothelial cells are the cells that make up the lining of our blood vessels, and then it causes a domino effect, sort of like a chain reaction, which eventually leads to the dangerous blood clots that we eventually see. And in terms of what this domino effect actually looks like in practice, here's again what the research goes on to state. The spike protein's direct invasion of the epithelial cells is the first domino toppled. SARS-CoV-2 enters our cells via a protein receptor called the ACE2 receptor, endothelial cells express an abundance of ACE2. Endothelial cells reside on the inner surface of every blood vessel across our entire body, making them a direct target of the virus infection. Studies show that spike protein itself can damage the structure and function of endothelial cells, including impairing the mitochondria and down-regulating the protective molecule ACE2. And so already you can begin to see the problem. Endothelial cells line the blood vessels of our entire body, their prime target for the spike protein, and then, right away, they can be damaged by the virus, meaning that the virus is damaging the cell walls of our blood vessels everywhere. But this is only the first dominoes to fall. Here's how the doctor continues, quote, Many other cells, including lung epithelial cells, enterocytes lining the small intestines, and cardiac parasites all express ACE2. Spike proteins don't only activate epithelial cells and promote localized inflammation. They also promote systemic inflammation as ACE2 is almost everywhere inside our major organs and tissues. Consequently, more pluroinflammatory genes are expressed. More and more immune cells are attracted and sent to the injured or infected tissues, the vessels in the lung, the heart, the gut, etc. Then her research goes on to list six subsequent events which collectively contribute to the clotting cascade, such as the spike proteins docking themselves on the ACE2 receptors and then causing a state that's conducive to more and more blood coagulation, our body then beginning to secrete a coagulant called the von Willebrand factor, which contributes to the risk of thrombosis, and so on and so on and so on. These are events listed are a bit technical, and they involve many different enzymes, proteins, and receptors. So I won't read them here, but I will throw a link in the description box to the actual research paper. So if you want to get into the weeds and read all the specifics for yourself, you can do so. But in short, what it boils down to is that when the spike protein is in the body, what happens is that if you had a scale, then you'd find that the factors which promote blood clot formation are significantly heavier than the mechanisms for actually healing the walls of the blood vessels. And so more and more blood clots form, leading to a situation where they are found all over the entire body. But then there's a further compounding effect, which has to do with not with COVID, but rather with the vaccines. And more specific, the mechanism by which the COVID vaccines work. Because a COVID vaccine, it instructs the cells of our own body to produce large quantities of spike proteins. That's the way that the innovative synthetic mRNA process works. Essentially, our own biomechanical processes are, you can say, hijacked in order to make more spike proteins, which again is a very innovative approach to creating a vaccine. However, according to this research by Dr. Dong, quote, a COVID vaccine instructs the cells to produce large quantities of spike proteins. These abnormal amounts of spike protein have more surprising direct effects on clots. Now, in terms of what these surprising effects actually are, the research goes on to say that these spike proteins form an amyloid-like substance. And by amyloid-like, it means elongated, waxy, translucent type of substances. That's deposited into our tissues and organs. Here's specifically what the research paper says and how it describes them. Quote, spike proteins are identified to present seven amyloidigenic sequences and are able to form amyloid-like substances. In other words, these spike proteins are similar to those substances, which may cause neuronal loss in Alzheimer's or Parkinson's disease patients. Their structure makes it easy to form tighter, string-like bonded structures with longitudinal twisting, as well as cross-binding, forming a fibrose-like structure visible under the microscope. Which then, alongside all the other factors contributing to blood clot formation that we already discussed, well, it might help to explain those jars of twisting elongated blood clots that we saw at the beginning of this episode. Here's how the research paper summarizes all of the different findings. Quote, to summarize, these unexpected negative effects of spike protein on the dissolving process of blood clots, plus its amyloid nature, all may be the key contributory factors to the abnormal lengthy fibrose clots observed in COVID-related conditions. And indeed, according to another study which was just published earlier this year, you can see it up on screen for yourself, there is evidence that shows that the spike protein is present within the clots retrieved from COVID patients who had either strokes or heart attacks. Meaning, in plain English, that these spike proteins weren't only the contributing factor to the natural formation of these blood clots, but also, potentially, they were becoming part of the blood clots through the process that we just described. Furthermore, according to another recent study that was published by cardiologists over at the University of Colorado, you can see it up on screen for yourself as well, it sheds some light on the role that spike proteins play in the pathology of both COVID, as well as of vaccine-related injuries. Specifically, what these researchers did was that they analyzed patients who had suffered from myocarditis. Seven of them were COVID patients, while six were vaccinated patients who received the mRNA shots. And what they found was, quote, nearly identical alterations in gene profiling patterns that would predispose them to the clotting state, inflammation, and myocardial dysfunction. In other words, regardless of whether the myocarditis was caused by the virus or the vaccine, it appears that the expression of the genes that are responsible for the thrombosis in response to the spike protein, they were similar in both groups. Meaning, in sort of more plain English, that regardless of how the spike protein entered the body, the mechanism at play behind the scenes, well, it appears to be the same. Furthermore, within this Colorado study, what is even more alarming and hasn't been reported before is that, quote, microvascular thrombosis has been found in post-vaccinated patients, indicating that spike protein itself is able to trigger blood clots in susceptible patients. However, all this may really just be the tip of the iceberg. In fact, with further research, it may be the case that ever more events could be attributed to the spike protein-caused clotting issues, including things like sudden death, different cardiovascular problems, cardiac death, stroke disabilities, thrombotic events, and so on. At the end of the day, blood vessels are present in every single one of our organs and all throughout our bodies, and therefore, spike protein-caused damage to our blood vessels could be the explanation of why there is such a wide range of symptoms from both COVID as well as from the vaccine, ranging from things like myocarditis to brain fog, stroke, general malaise, and so on, meaning that those jars of long blood clots that we saw at the top of the episode might actually be something like a canary in the coal mine, indicating much larger problems happening behind the scenes. I guess only more research will tell. And speaking of research, I'll throw all my research notes down into the description box below, including all the studies that we discussed in today's episode. You can peruse them at your own leisure. And then lastly, if you actually got something out of today's episode, I certainly hope you share it with your friends, your family, your neighbors, your co-workers, and everyone else in your life who you think can benefit from this type of information. We made sharing these episodes as easy as possible. All you have to do is hit that share button down there. A little pop-up screen will pop up, and you can just click on the social media platform of your choice. Once you click on it, the link will be copied, and you can share it ever easily. So again, that share button is right below this video. And then until next time, I'm your host, Roman from The Epic Times. Stay informed, and most importantly, stay free.