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What the Tick Story Cannot Explain

The Amish do not develop alpha-gal. They live in rural Pennsylvania, Ohio, Indiana, and elsewhere, surrounded by cattle and ticks. They are exposed to the lone star tick at rates the rest of the country could not match. They are also among the least-vaccinated populations in the United States. Researchers working with the Control Group Project, which followed more than 1,500 completely unvaccinated Americans across the age range out of a survey base of over 800,000, have noted that neither alpha-gal nor Lyme disease appears in the Amish or in the broader unvaccinated cohort at any meaningful rate.²²

This is the kind of natural experiment that mainstream epidemiology refuses to run. A population with maximum tick exposure, minimum vaccination exposure, and no detectable alpha-gal syndrome falsifies the tick hypothesis by itself. The standard allergist response, which is that the Amish must somehow be protected by their dairy diet or by some unspecified genetic factor or by reporting bias, is the same evasion that ran for decades around peanut allergy in non-Western populations. It is not a scientific reply. It is a holding pattern designed to avoid the structural conclusion the data is forcing.

The lone star tick has lived in the southeastern United States for centuries. Cattle have been there longer. Native Americans, early colonists, generations of farmers, and unvaccinated Amish communities have lived in proximity to both. No reliable population-level reports of meat allergy exist for any of them prior to the late twentieth century. The tick did not change. The schedule did. The cohort that develops alpha-gal is the cohort that has been injected with bovine proteins and aluminum adjuvant, a cohort that begins, with statistical clarity, around 1990.

A second falsification sits inside the establishment’s own laboratory work. No animal model of alpha-gal exists. No researcher has produced a carnivore that becomes allergic to meat after a tick bite. The molecular detection of alpha-gal in tick saliva, which the establishment cites as evidence of causation, is the same circular trick that virology uses to establish viruses. Find a molecule, assume a mechanism, declare the case closed. Detection is not causation. The amount of alpha-gal a tick could transfer in a single bite is orders of magnitude smaller than the amount delivered in a single vaccine dose, and the alpha-gal present in tick saliva most likely originates from the tick’s previous blood meal on a mammal in any case. The animal experiment that would settle the question has not been done, and is unlikely to be funded.

The question the establishment then faced was direct. If cetuximab patients in Tennessee already carried anti-alpha-gal antibodies before treatment, what had sensitized them? The answer that mainstream allergy literature eventually settled on was the lone star tick. Within two years of the Chung paper, Scott Commins and Platts-Mills published a follow-up describing delayed anaphylaxis after red meat consumption in patients with the same specificity, and proposed tick bites as the originating exposure.⁹ The tick narrative had to be constructed because the establishment could not look at the alternative explanation. The alternative was that the southeastern US patients had received decades of injections containing mammalian proteins (gelatin, bovine serum albumin, mouse cell line residues) in vaccines and biologics, and had been sensitized by what Richet had explicitly described.

What Is Actually Being Injected

Gelatin appears as a stabilizer in at least eleven US vaccines, including MMR, MMRV, varicella, shingles, yellow fever, rabies, and Japanese encephalitis formulations.¹³ It is manufactured from collagen extracted from bovine hide and bones, porcine hide and bones, and occasionally tuna skin. Bovine serum albumin (BSA) is the blood protein from cattle used widely in the cell cultures that produce vaccines. It appears in the excipient lists for the inactivated polio vaccine (IPOL), Pentacel, Vaxelis, Quadracel, and others.¹⁴ Both gelatin and BSA carry alpha-gal residues. They are mammalian proteins delivered by injection into muscle, alongside aluminum adjuvant.

The Japanese medical literature contains the cleanest published case for the causal sequence. Between the late 1980s and the mid-1990s, the Japanese childhood schedule was restructured. The DTP whole-cell vaccine was replaced by an acellular version containing gelatin (DTaP). The age of administration was dropped from two years to three months. The new gelatin-containing DTaP was given before the live virus MMR, which also contained gelatin. Anaphylactic reactions to the MMR vaccine in Japanese children rose sharply, peaking in 1995 and 1996. Japanese investigators, in a series of peer-reviewed papers, concluded that the aluminum adjuvant in the DTaP had sensitized children to the trace gelatin proteins, and that subsequent exposure to gelatin in the MMR (or in food) triggered the anaphylactic response.¹⁵ Removal of gelatin from the DTaP was, in their words, “an ultimate solution for vaccine-related gelatin allergy.” New cases of gelatin allergy in Japanese children dropped after the formulation change.¹⁶

This is not a speculative reconstruction. It is the published, peer-reviewed conclusion of Japanese pediatric allergists working in the country’s own medical literature. They documented the schedule change, the rise in anaphylaxis, the mechanism, and the resolution after gelatin was removed. The Japanese literature is one of the rare admissions in mainstream science that vaccines cause food allergy through Richet’s mechanism, and the manufacturers did not contest it. The gelatin was removed from the Japanese DTaP, the cases dropped, and the matter was treated as resolved in Japan.

In the United States, gelatin was not removed from the affected vaccines. Children in the post-1989 cohort have continued to receive gelatin in MMR, MMRV, varicella, and other formulations across the expanded schedule, with bovine serum albumin in adjacent injections, and aluminum adjuvant in many of them. The schedule expansion that began in the late 1980s coincides almost exactly with the food allergy explosion that allergists describe as beginning around 1990.¹⁷ Vincent Pool and colleagues, in a 2002 Pediatrics paper, documented anti-gelatin antibodies in American children who had developed anaphylaxis after MMR vaccination.¹⁸ The mechanism was confirmed in the US population. Nothing was changed.

When American children develop delayed anaphylaxis after eating red meat in the 2010s and 2020s, the cohort effect is unmistakable. They were born into a schedule containing mammalian proteins. They have received injections of mammalian proteins. Their laboratory tests show what the establishment calls anti-mammalian IgE. They react to mammalian proteins. The mechanism is the one Richet documented in 1902 and the one the Japanese confirmed in the 1990s. The tick is the cover.

Alpha-gal is one instance of a wider pattern. Peanut allergy, which exploded in the same post-1989 cohort, follows the same mechanism. Peanut-oil excipients in pediatric injections and oral preparations, sensitized through aluminum-adjuvanted injection, then triggered on subsequent food exposure. Heather Fraser documents this in detail in The Peanut Allergy Epidemic.¹⁹ The proteins differ. The mechanism does not.

What Is Alpha-Gal Syndrome?

An Essay on Anaphylaxis to Bovine Proteins, the Tick Story That Followed, and the Proposal to Deploy It

Charles Richet sensitized dogs to raw meat by injecting bovine proteins into their bloodstream, then documented the catastrophic systemic collapse that followed.¹ He named the response by pairing the Greek ana (against) with phylaxis (protection), marking it as the failed inverse of what vaccinators had been promising.² He had been refining the experimental program since 1902.

The procedure was deliberate. The dogs were fed cooked meat first, with their white blood cell levels measured as normal. When they were fed raw meat, those levels rose, which Richet attributed to the digestive system mounting a defense against proteins it had not finished modifying. He then bypassed digestion entirely by injecting the raw meat proteins directly into the circulation. The dogs developed anaphylaxis: violent, systemic, sometimes fatal.

The work is not obscure. Richet’s 1913 Nobel lecture lays out the mechanism, and standard immunology textbooks have reproduced it ever since. He demonstrated the phenomenon in dogs, cats, rabbits, horses, and frogs, and described its universality across species in his acceptance speech.³ He named the mechanism precisely. Anaphylaxis is the body’s response to proteins that have bypassed the modifying action of the digestive tract and been introduced directly to the circulation. The first injection sensitizes. After an incubation period of weeks, a second exposure (by injection, or by ingestion) triggers the violent response.⁴

Dogs eat raw meat all the time without developing anaphylaxis. Richet was clear about this at the 1913 International Medical Congress in London. “Experimental alimentary anaphylaxis is difficult to bring about under conditions of healthy digestion, since it is a question of toxalbumins or nutritive albumins ... because the digestive juices actively intervene in transforming these albumins and rendering them innocuous.”⁵ The condition is created by combining injection with subsequent exposure. Injection is the maker.

A hundred and seven years before the lone star tick was credited with producing meat allergy in humans, the Nobel committee gave its highest medical honor to a Frenchman who had created meat allergy in dogs by injecting bovine proteins into them. The mechanism was published in the peer-reviewed literature of every Western country and recognized at the highest institutional level. The condition now called alpha-gal syndrome is the same mechanism, in the same direction, against the same proteins. Only the cover story has changed.

Would you like some measles with that?

The measles vaccine is the poster child of the vaccine industry... but is it really a vaccine at all?

So the process involves injecting a live virus into an egg, letting the developing embryonic cells harbour and replicate that virus (viruses need live cells to replicate). Once they have done that a few times and got the virus to grow they then took the virus stocks and got them to replicate in embryonic cell culture (that is, baby chicken cells) in cell flasks.

And why do they use embyronic (baby chicken) cells?

Because those of you that have experienced a pregnancy will know that embryonic cells grow really fast (OK a pregnancy might seem really slow, but in cell terms it isn’t - it’s as fast as a cancer growth).

This is great for the vaccine manufacturers but might not be so great if those high turnover cell DNA fragments end up in the wrong place. Anyway that’s just a theoretical risk, nothing to worry about I’m sure.

I mean, nobody minds a bit of Avian Leukosis Virus with their vaccine if you’re fighting that really dangerous measles, right?

Anyway don’t take my word for it - this CDC publication outlines the risks of using animal cells for vaccine propagation.

Of course none of that matters to the pharmaceutical industry. And purely because such things are theoretical risks the whole industry moved to “specific-pathogen-free (SPF) chicken flocks”. You know, just in case.

Thank God that our vaccine industry is omnipotent and knows how to mitigate every biological disaster - otherwise we might be seeing a rise in cancer rates or something.

Yeah about that.

“A person born in 1990 has quadruple the risk of colon cancer compared to a person born in 1950”


I wonder what happened between 1950 and 1990?

Coincidentally the Enders vaccine (along with a few others such as the SV40-containing polio vaccines) came onto the market and were rolled out to children across the very Western nations that are seeing this dramatic rise in cancers in people born after 1950.

Of course Business Insider knows that it’s not that - nope, it’s the marathon runners eating processed foods. Obviously.

Anyway, we created a new virus vaccine and we should be able to make a fortune from it by calling it “attenuated”. It should sell like hotcakes.

Perhaps they should have called their new virus/vaccine “Special Chicken Adapted Measles” or SCAM-V for short.

CDC Awards Pfizer $1.2 Billion for More COVID Vaccines: SAM.gov

Despite demand collapsing to just 17% among adults and 9% among children, per CDC data.

Americans Increasingly Reject COVID Vaccines

The move comes as federal health agencies continue promoting updated COVID-19 vaccines despite declining uptake among the general public and ongoing debate over the risk-benefit profile of repeated vaccination, particularly for healthy children.

Only 9% of children are reported by the CDC to be up to date with the 2025─26 COVID-19 vaccine, emphasizing the low demand among the young demographic.

Just 3.0% of parents say they even plan to vaccinate their child.

The same report shows only 17% of adults received the 2025─26 COVID-19 vaccine.

Rasmussen polling shows more than half of voters think COVID-19 vaccines “may have killed many people.”

The national telephone and online survey found that 56% of likely U.S. voters consider it likely that side effects of COVID-19 vaccines have caused a significant number of unexplained deaths, including 32% who believe it’s very likely.

COVID vaccines alone have been linked to 1.6 million adverse events, according to CDC VAERS data.

In memory of those who “died suddenly” in the United States and worldwide, June 1-8, 2026

Reality star Duane Ollinger (Mystery at Blind Frog Ranch); Disney singer Peabo Bryson; Tejano singer Ruth (C); gaming creator Alex Cimo (32, C); sports announcers Stacey King, David Halberstam; & more

A survey of the likely global toll of COVID “vaccination,” based on the reports collected by our worldwide team of researchers this past week.

The 1979 revision of the International Classification of Diseases eliminated all cause-of-death classifications associated with vaccination.⁴ Previous versions of the ICD had listed “prophylactic inoculation and vaccination” as a separate cause-of-death category, with subcategories for deaths caused by specific vaccines. The 1979 revision and every subsequent update removed these. Since 1979, medical certifiers have had no code to assign vaccine-related deaths to. They are required, by the structure of the manual they use, to assign the death to a different category.

The asymmetry this produces is striking. The same federal government that maintains the ICD code structure also operates the National Vaccine Injury Compensation Program, established by the National Childhood Vaccine Injury Act of 1986. As of May 2021, the Vaccine Injury Compensation Program had awarded more than $4.5 billion in compensation for vaccine injuries and deaths.⁷ The federal government, in one capacity, compensates families for deaths caused by vaccines. The same federal government, in another capacity, removes the cause-of-death code that would allow those deaths to be officially documented in mortality statistics. The compensation requires the cause; the mortality statistics deny it. Both are operated by the same institution.

This structure has been in place for forty-six years. Every infant death that has occurred in temporal proximity to vaccination since 1979 has been recorded under a different code than the one that would name what happened. SIDS, “accidental suffocation,” “unknown cause,” “unspecified viral disease,” “diseases of the blood,” “cardiac arrest,” and “shaken baby syndrome” are among the 130 categories that have absorbed these deaths.² The codes operate as containers. The volume of what they contain has grown as the schedule has grown.

What Is SIDS?

An Essay on the Diagnostic Category Built to Receive What Cannot Be Officially Named

Before 1969, this category did not exist. Before organized vaccination programs expanded in the 1960s, what was then called crib death was so rare that it was not mentioned in infant mortality statistics.² The term Sudden Infant Death Syndrome was created in 1969 in response to a rise in unexplained infant deaths that coincided with expanded vaccination campaigns. By 1972, SIDS had become the leading cause of post-neonatal mortality in the United States, the leading cause of death between 28 days and one year of age.³ A category that had not existed three years earlier had become the dominant verdict on dead infants.

The 1967 Pediatrics review by Maria Valdes-Dapena examined the world literature on sudden unexpected infant deaths from 1954 to 1966. The review documented a rising phenomenon in industrialized nations, with the author professing herself “woefully ignorant” of the cause.⁵ The deaths were already occurring. They had not yet been categorized.

A causal connection to vaccination was made early. Within fifteen years of the Valdes-Dapena review, William Torch presented findings at the 1982 American Academy of Neurology Conference identifying DPT vaccination as a potential cause of the deaths the new category had been created to receive.⁶ The category was new. The deaths were not. What was new was the schedule that produced them and the institutional naming that made them legible only as a syndrome of unknown origin.

In 1969, when the term Sudden Infant Death Syndrome was created, the United States was four years past the introduction of the measles vaccine and five years past the licensing of the oral polio vaccine. DPT was being administered at expanded coverage. Mumps and rubella vaccines had been licensed. The childhood schedule was growing rapidly. Pre-1969, organized vaccination of infants was limited; crib death was rare and unstratified.² The temporal alignment between the expansion of the schedule and the creation of the category to absorb the resulting deaths went unnoticed because nobody was looking. There was no institutional reason to look.

Ivermectin Effective Against New World Screwworms Larval Stages (L1, L2, L3)

As New World screwworms emerge in Texas and New Mexico, the evidence suggests ivermectin may be one of the most effective defenses in both animals and humans.

I guess this time they won't be able to say:
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“You are not a horse. You are not a cow. Seriously y’all. Stop it.”
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12 field studies conducted in South America — where New World screwworm outbreaks are common — found that ivermectin provided more than 97% protection against screwworm infestations in wounds under real-world conditions.