by Dr.Harald Wiesendanger– Klartext
What the mainstream media is hiding
Like something out of a horror movie: White, fibrous clots that doctors have never seen before are found in the blood vessels of people vaccinated against coronavirus (mRNA). These eerie clots explain many of the “long COVID” symptoms – as well as the numerous “sudden and unexpected” deaths. Fortunately, there are now treatment options.
Part of an embalmer’s daily routine is making unusual discoveries while preparing a body for laying out and burial. Occasionally, they find implants and prosthetics, bullets and other foreign bodies, and traces of drugs or poison. Old surgical scars, unhealed broken bones, internal hematomas, scar tissue. But what John O’Looney encountered for the first time in mid-2021 was something he, as an experienced undertaker, had never seen before.
“It was horrific.”
It was mid-2021 – a year and a half after the start of the coronavirus pandemic and six months after the launch of the COVID-19 vaccination campaign. O’Looney, owner of a funeral home in Milton Keynes, England, was called by his embalmer. On the preparation table lay the opened body of a 30-year-old man. “His arteries were completely blocked. So my embalmer used his tweezers to pull out the blockage. And he pulled and pulled and pulled. Out came a completely white, fibrous, squid-like clot that ran the entire length of his leg, from the top all the way down to his ankle.” (1)
What was it?
At that point, O’Looney had been working as a funeral director for 14 years, including seven years with a coroner before going into private practice. “So I have a lot of experience with what people’s insides and outsides look like. I know what’s normal and what’s not. And I may not know the Latin for every nerve and fiber, but I know the body. My embalmer is certified by the British Institute of Embalmers. And he’s been doing this for 25 years. He’d never seen anything like this either.”
Dismayed, O’Looney turned to the local coroner. Four days later, he received a call from his office: There was no cause for concern. This was “completely normal; this stuff grows in people postmortem. After death, some people’s arteries fill with rubber.”
“Not a natural process”
By now, it was clear to O’Looney: Something was seriously fishy here—and being covered up. “I usually have deceased people embalmed within an hour of their death,” he explains. In such a short time, “they certainly wouldn’t have been filled with these white lumps if these things only grew after death. Nothing grows in your body when you die. Nothing! Decay, mold, perhaps some kind of mold spore could grow as you begin to decompose, and we return to the earth from which we came. It’s a natural process. White’ rubber’ in your arteries is not a natural process!”
From then on, such horror cases became part of everyday life at O’Looney’s funeral home. And more and more colleagues reported similarly disturbing observations to him. Almost all of them avoided causing a stir. It wasn’t until the documentary “Died Suddenly” at the end of 2022 that the terrifying phenomenon was brought to wider attention.
Sometimes, horrified hospital staff also left traces on the internet. For example, one nurse stated that in her 23 years of practice, she had never heard of blood clots longer than a few centimeters – until the Covid mRNA vaccine came along. “Since then, blood clots have been detected in children as young as 8 to 12, but only if they had been vaccinated beforehand.” At the end of 2022, doctors found a 1.5-meter-long blood clot in a 58-year-old man who was resuscitated in the hospital after cardiac arrest – he had received three Covid-19 vaccinations and a booster dose.
Among the few undertakers who dared to speak out like O’Looney was Richard Hirschman from Alabama. The question of what these mysterious clumps of blood vessels actually are, where they come from, and what health consequences they have troubled him. So, in early 2024, he turned to organic chemist Greg Harrison, who leads a network of scientists across several continents.
Connection to COVID injections confirmed
Harrison’s team subjected tissue samples submitted by Hirschman to extensive testing. First, inductively coupled plasma mass spectrometry (ICP-MS) (2) was performed multiple times to determine the composition of the white, fibrous clots; ICP-MS can identify all the elements present. Strangely, the samples showed hardly any magnesium, potassium, or iron – they occur in much higher amounts in normal blood. For example, iron, which gives blood its red color and is present in blood at a concentration of about 450 ppm (parts per million), was only detected in the white fibrous clumps at a level of 20 ppm. Therefore, it cannot be ordinary blood that has clotted.
On the other hand, every ICP-MS analysis showed that the clots contained enormous amounts of phosphorus and sulfur, and, in some cases, tin. For example, the phosphorus concentration in normal blood is between 100 and 1,000 ppm – in the samples from the fiber clumps, however, it was 5,000 ppm.
Could this unusually high amount of phosphorus somehow cause the clots to form? Harrison noticed that both the Pfizer and Moderna COVID mRNA vaccines contain “phosphates” and “sulfates.” Each vial contains around a quintillion – a billion billion – phospholipid nanoparticles – possibly more than enough to trigger an abnormal reaction in the body.
Sulfur is right next to phosphorus in the periodic table, so it has very similar binding properties. And sulfur has been known to influence thrombosis formation since the late 1970s. At that time, scientists discovered that white clots formed in the vascular system of some patients when they took the anticoagulant heparin. Heparin contains a high proportion of sulfur, which appears to bind in an unusual way with the body’s natural blood clotting protein, fibrinogen. The problem was solved by adjusting the chemistry of the administered heparin.
If too much sulfur in the blood caused “white clot syndrome,” couldn’t it also be caused by too much phosphorus in the blood? This reasoning led Greg Harrison to his “phosphorylation theory”: According to this theory, both the phospholipid nanoparticle from the vaccine and the spike protein—either from the virus or the vaccine—bind with the body’s own fibrinogen to form an unnatural, twisted, misfolded polymer that is virtually impossible for the body’s own enzyme plasmin to dissolve.
That something strange is indeed happening to the fibrinogen was confirmed by HPLC (high-performance liquid chromatography) analysis of several clots. (3) They consisted of amyloid – abnormally folded proteins that accumulate in tissues and organs in the form of insoluble fibrils. Greg Harrison’s assumption is obvious: the fibrous clumps from corpses are macroclots, which form when countless microclots line up next to one another. Gradually, they develop into larger and larger clumps that eventually take on the shape of the blood vessels they surround.
A subgroup of amyloid proteins is called “prions” – “proteinaceous infectious particles” – infectious protein particles that can cause severe neurodegenerative diseases. Their presence in the mysterious fibrous clumps was confirmed by a respected neuroscientist in Japan, Dr. Kevin McCairn, when he examined Hirschman’s samples using Raman spectroscopy (4) and the Real-Time Quaking-Induced Conversion Test (i.e., “RT-QuIC test”) (5). McCairn had spent much of his career studying the effects of amyloid proteins on patients suffering from Alzheimer’s, Parkinson’s, and dementia.
The zeta potential plays a role.
When a substance enters water, several things can happen. It can float to the top or quickly settle to the bottom. It can dissolve like salt. Or it can float in the water, making it cloudy – in this case, a so-called “colloidal suspension,” or “colloid” for short, is formed: a heterogeneous mixture in which very small particles are finely dispersed in a medium. As long as it remains that way, the colloid is stable. However, if this stability is lost, the particles clump together. Larger and larger aggregates form, eventually separating from the surrounding water.
What determines whether a colloidal solution clumps or remains dispersed? A key factor is the balance of the electrical charges present – positive charges clump together, negative charges disperse. Both the spike protein and the vaccine’s lipid nanoparticles contain a positive charge, which influences the zeta potential: the electrical potential difference between the surface of a particle and the surrounding liquid. The zeta potential indicates how strongly a particle in a liquid is electrically charged. A high zeta potential – positive or negative – means that particles repel each other; then the solution is stable. The lower it is, the more easily particles cluster together – they agglomerate. Tiny amounts of positive ions with a high charge density are sufficient for this. If the particles are blood cells – platelets, fibrin, red and white blood cells – and the liquid is blood, then even a minimally reduced zeta potential leads to the formation of clumps. (6)
The clumps explain most of the symptoms of long-term COVID-19.
Microclots in blood vessels can lead to hypoxia: the entire body or individual parts of the body are deprived of oxygen. Without doctors diagnosing thrombosis, this can cause long-term organ dysfunction – e.g., in the brain, kidneys, or heart. The mini-thromboses then become noticeable through mild cognitive impairments such as difficulty concentrating, memory problems, and brain fog; through shortness of breath; through headaches, sleep disturbances, dizziness, debilitating weakness, and constant fatigue; through tingling in the hands and feet; through dramatic fluctuations in blood pressure and cardiac arrhythmias; through pain in muscles and joints, in the chest and back; through tremors and behavioral changes. However, suppose the clots become so voluminous that they block larger arteries. In that case, they threaten to trigger strokes and heart attacks, as well as serious neurodegenerative disorders such as Creutzfeldt-Jakob disease, Parkinson’s disease, and Alzheimer’s-like dementia, even in younger people.
Why are by no means all COVID-vaccinated people affected? Those who have to take anticoagulants are better protected from the outset – for example, in cases of lipid metabolism disorders, a congenital predisposition to increased blood clotting, cardiac arrhythmias, and after heart valve surgery. In addition, human organisms differ considerably in their ability to dissolve thrombosis as early as possible or prevent it from occurring in the first place. While some are at risk, others are spared. Susceptibility to thrombosis depends on numerous genetic, biological, and external risk factors. Some run in families: Genetic abnormalities such as the Factor V Leiden mutation or protein C and protein S deficiencies affect blood clotting. If several genetic defects are present simultaneously, thrombosis becomes 20 to 100 times more likely. The risk increases with age, especially after age 60, as blood vessels undergo degenerative changes. Lack of exercise, smoking, obesity, and dehydration also promote thrombosis, as do certain diseases, from cancer and diabetes to autoimmune diseases such as antiphospholipid syndrome. Hormonal changes can also play a role: during pregnancy, when taking the contraceptive pill, or during hormone replacement therapy. (7)
Deafening silence
There are over 5,000 undertakers in England and more than 20,000 in the United States. Why are O’Looney and Hirschman the only ones raising the alarm? Do they perhaps represent a vanishing minority of confused, self-important people who want to provide fodder for “conspiracy theorists”?
Not at all. In a survey conducted in late 2024 in the USA, Canada, the UK, and Australia, the “2024 Worldwide Embalmer Blood Clot Survey” (8), 83% of responding mortuary professionals—250 out of 301—confirmed that they continue to observe “white, fibrous clots” in bodies of all ages—a shocking average of 27% of all embalmed bodies. (In 2022, 67% reported this, and in 2023, it was 73%.)
Even more comprehensive were two surveys conducted by a group of American civil rights activists led by Tom Haviland, a former U.S. Air Force major who retired after 16 years as an electrical engineer at a defense contractor because of Biden’s vaccine mandate. In 2022 and 2023 team contacted a total of 2,500 funeral homes and 80 funeral director associations to survey them about observed blood clots. 357 responded. Of these, 69 to 73% reported encountering “large white, fibrous structures/lumps in cadavers” (9) – most frequently in the neck, followed by legs, arms, and abdominal region. About half of those surveyed reported this in more than 25% of embalmed bodies.
Why isn’t the public hearing about this? Shouldn’t they have been warned long ago? Don’t those injured by mRNA “jabs” deserve to finally know the truth? What do these discoveries mean for “blood banks”? Does the Red Cross know that donated blood from Covid-vaccinated individuals can contain prions?
Those who ask such questions are met with a wall of silence. Doctors are destroying evidence by simply discarding the white fibrous clumps instead of sending them to pathology for examination. Forensic pathologists are covering up what they discover during autopsies. Prosecutors are failing to order autopsies, which they are actually obligated to do in cases of “sudden and unexpected” deaths of unknown causes. The tried-and-true motto: No search is enough – if you look away, you won’t see anything. Authorities are refusing to provide information.
The most recent prominent example of this is the mysterious death of “Rosenstolz” singer AnNa, a zealous Covid vaccination propagandist, at just 55 years old. Initially, the Berlin public prosecutor’s office had announced “an official death investigation,” which would naturally include an autopsy. A few days later, this investigation was called off – the exact circumstances of the death had turned out to be sufficiently clear, it was stated. What were they? This had to remain confidential “for reasons of personal rights protection.” That’s how deafeningly loud silence can be.
Artificial intelligence is now assisting in the cover-up. Anyone who uses smart-aleck response engines like ChatGPT to search for clues to the mysterious vascular lumps is informed by the AI within seconds that “these claims have not been confirmed by the scientific community.” Health authorities, which “continuously monitor the safety of COVID-19 vaccines,” have “so far found no reliable evidence of a link between the vaccines and the formation of such fibrous clots.” Furthermore, “the dissemination of information that is not based on sound scientific findings can lead to uncertainty. It is therefore advisable to rely on trustworthy and verified sources when it comes to health issues.” (10) Anyone who can program an AI to determine which data origins are worthy of trust and should be considered has the power to turn it into an unparalleled propaganda tool – an Orwellian nightmare that could become reality during the next pandemic at the latest. (11)
How to determine?
How can a COVID-vaccinated person find out if vascular clots are the cause if they exhibit suspicious symptoms? Conventional diagnostic procedures are unsuitable for detecting microthrombosis in blood vessels: Neither a blood count nor an X-ray, nor an ultrasound without Doppler, nor a CT scan without contrast agent can detect them. According to the Microvascular Research Foundation (MVRF) in Birmingham, Alabama, there is only one option: “Your blood plasma must be examined with an immunofluorescence microscope. This microscope has 2000x magnification and can detect the presence of amyloid fibrin using immunofluorescence staining.”
But hardly any doctor would prescribe such diagnostics, and no health insurance company would cover the costs. Anyone who wants to pay for them out of pocket must be prepared for bills in the three-digit range at least. The prices charged vary considerably from laboratory to laboratory. It is advisable to inquire directly with specialized laboratories or medical facilities, such as Bioscientia, MVZ Labor Ravensburg, Dortmund Medical Center, or Helios University Hospital Wuppertal, that offer such procedures.
How do Covid-vaccinated people get rid of the stuff?
Fortunately, there are now promising therapeutic approaches for Covid-vaccinated people to get rid of the stuff – at least while it is still small enough. A concept by US physician Jordan Vaughn, founder and president of the MVRF, has proven successful. In the fall of 2023, he presented an anticoagulant therapy consisting of three components: aspirin, fibrinolytic enzymes, and ivermectin. In this way, he and his colleagues treated more than 1,500 patients – from young athletes to 90-year-olds. Almost 80% of them experienced a significant reduction in symptoms.
New York pulmonologist and intensive care physician Dr. Pierre Kory, who co-founded the Front Line COVID-19 Critical Care Working Group (FLCCC) in March 2020, is also optimistic. Kory co-founded the Front Line COVID-19 Critical Care Working Group (FLCCC) in March 2020, a private organization of physicians and scientists that developed alternative treatment protocols to prevent and treat COVID-19 during the coronavirus pandemic. Kory also swears by ivermectin, a widely used antiparasitic drug that was demonized during the pandemic. “Ivermectin actually dissolves the clots,” he says. (12)
Like Vaughn, the prominent US holistic physician Dr. Joseph Mercola focuses on enzymes that have fibrinolytic effects, i.e., breaking down blood clots. “Lumbrokinase is my top recommendation because it is about 300 times more potent than serrapeptase and almost 30 times more potent than nattokinase. Lumbrokinase, derived from earthworms, is a highly effective antithrombotic agent that reduces blood viscosity and platelet aggregation while also breaking down fibrin, a key factor in clot formation.” Mercola is currently testing a homeopathic remedy made from snake venom for its suitability.
As cardiologist Dr. Peter McCullough reports, he has had good results with three remedies: bromelain, a mixture of enzymes derived from pineapple; curcumin, the main bioactive component of turmeric; and serrapeptase, a protein-splitting enzyme originally derived from bacteria of the genus Serratia. These live in the intestines of silkworms and help them break through their cocoons by dissolving silk proteins. (13)
Self-treatment would, of course, be risky. The above-mentioned suggestions will only be of use to concerned vaccine-damaged individuals, real and suspected “long Covid” sufferers if they find doctors who are familiar with the phenomenon and relevant studies and who can develop and implement treatment plans. The Society of Physicians and Scientists for Health, Freedom, and Democracy (MWGFD), an association of medical professionals and scientists engaged in research and teaching on the topics of health, freedom, and democracy, may be able to provide further assistance. It connects therapists. Online portals such as Jameda, Doctolib, and Theralupa.de also lead to “alternative” healers.
(Harald Wiesendanger)
Notes
2) Simply explained: Inductively coupled plasma mass spectrometry (ICP-MS) is like a highly sensitive scale for measuring tiny amounts of chemical substances. A sample is first transformed into a fine mist, similar to water vapor from a spray bottle. This fine mist is then sent into a super-hot plasma. This heat causes the substances in the sample to break down into their smallest building blocks, namely atoms, and become electrically charged – into “ions.” These are then fed into a mass spectrometer, which sorts them by weight (more precisely, by their mass-to-charge ratio). Because each element has its own characteristic weight, it can be detected and counted – even in tiny amounts, like a few drops in a large lake.
(3) High-performance liquid chromatography (HPLC) is a method that allows individual components of a mixture to be separated from one another and examined in detail. Using the example of a fruit juice in which apples, oranges, and strawberries are mixed, how much of each fruit is in it? HPLC is like a race through a tube: Each substance flows at a different speed through a small, thin column filled with a special material. Along the way, the substances separate: some arrive at their destination faster, others slower – depending on how strongly they “stick” to the material in the column or how quickly they are carried through by the liquid (the solvent). At the end of the column, a detector detects when each substance emerges. Each substance generates its own signal – a kind of peak or curve. The analysis results in a diagram with different peaks. The position and height of the peaks indicate exactly how much of each substance is present.
(4) Raman spectroscopy is a technique for identifying molecules. Laser light is directed at a sample. The energy of a small portion of the light is changed – depending on the type of molecule. This energy shift reveals typical “fingerprints” of the molecules.
(5) The RT-QuIC test is a highly sensitive method for detecting misfolded prion proteins, which are characteristic of prion diseases such as Creutzfeldt-Jakob disease. It works like this: Normal, healthy prion proteins are placed in a tube along with a sample, such as cerebrospinal fluid. If the sample contains abnormal prions, they also cause the healthy ones to misfold – like a chain reaction. Shaking (“quaking”) and heating accelerates this process. A dye then indicates in real time how many of these misfolded proteins are being produced – hence “real-time.” This allows us to quickly and reliably detect whether abnormal prions are present.
(6) More on this approach: https://www.midwesterndoctor.com/p/what-is-causing-the-died-suddenly and https://www.midwesterndoctor.com/p/embalmers-are-continuing-to-find.
(7) https://www.risiko-thrombose.de/allgemeine-risikofaktoren.html, https://www.antikoagulation.de/thrombose-risikofaktoren-pravention, https://www.wolfs-apotheke.de/gesundheitsbibliothek/index/thrombose/, https://www.thrombose-im-griff.de/was-ist-eine-thrombose/ursachen-risiken
(8) https://laurakasner.substack.com/p/results-of-the-2024-worldwide-embalmer, zum Download der Studie hier: https://laurakasner.substack.com/api/v1/file/ee05b66b-f8e0-4701-b5f4-cea1cec59eea.pdf
(9) For comparison: In 2020, the first year of the pandemic, less than half as many embalmers (31%) encountered “white fibrous structures/lumps” in corpses – compared to 73% in 2021 and 79% in 2022, after the start of the COVID vaccination campaign – and before 2020, only one in ten. These survey results suggest that the coronavirus itself is contributing to “white clot” syndrome, but not nearly as significantly as the mRNA injections.
(10) ChatGPT on March 30, 2025.(11) Näheres hierzu im KLARTEXT „Doctor Know“ ist da. Was nun?“, „Macht KI die Medizin besser?” und „Kapiert KI die Pandemie?“.
(12) YouTube: Full Measure with Sharyl Attkisson, The COVID Clots, 12. September 2023, ab 24:50. Mehr über Ivermectin in den KLARTEXT-Beiträgen “Diese Arznei kann die Coronakrise beenden. Sofort. Aber sie darf nicht” und “Ein „Game Changer“, der nicht mitspielen darf”.
(13) Nach einer Mitteilung von Dr. McCullough bei einer zahnmedizinischen Tagung in Orlando, zit. in https://articles.mercola.com/sites/articles/archive/2023/10/07/the-covid-clots.aspx?ui=d503235325038e7b4f1f46eb68a48ff02ee0b104fe815572e6d5504e6da7c48e&sd=20200215&cid_source=dnl&cid_medium=email&cid_content=art1ReadMore&cid=20231007_HL2&foDate=false&mid=DM1474100&rid=1931624796
Titelfoto: “White Clot” aus Laura Kasners Substack; Blut: qimono/Pixabay.
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