In 1984, Christopher Exley, Ph.D., watched a young fish die from acute aluminum toxicity. The whole process took just under forty-eight hours. But, those two days changed his life.
Within the first six hours of exposure to aluminum, the young salmon showed signs of distress and marked behavior changes. After that, it began to seek out the corners of the tank, pushing its head and body against the side of the tank.
After twenty-four hours, the salmon began to move randomly and chaotically around the tank. Finally, after losing its orientation, it flipped onto its back and took its last breath. It died from aluminum toxicity.
Exley felt deeply troubled. He had just witnessed with his own eyes how acute aluminum exposure could be toxic to living things. This profound experience directed the course of his scientific research into aluminum toxicity.
A professor at Keele University in Staffordshire, England, Christopher Exley has been researching and publishing original science about aluminum exposure and aluminum toxicity for 35 years.
Aluminum toxicity in childhood vaccines
Aluminum is one of several adjuvants used in childhood vaccinations.
An adjuvant is a substance added to vaccines to provoke a stronger immune response.
As the Centers for Disease Control and Prevention (CDC) explains, several different adjuvants are used in vaccines. In addition to aluminum, these vaccine adjuvants include:
- MF59: an oil-in-water emulsion made of squalene that is used in the influenza vaccine Fluad
- AS01B: used in the vaccine for shingles, this adjuvant is made from bacteria and a compound extracted from soapbark trees
- CpG 1018: a more recent adjuvant made from cytosine phosphoguanine, a synthetic DNA, and used in the Heplisav-B vaccine
The amount of aluminum varies by vaccine. Some vaccines, including chickenpox, MMR, meningococcal, and rotavirus, do not contain any adjuvants. The amount of aluminum in childhood vaccines ranges from approximately 125 to 625 micrograms per dose depending on the vaccine.
In a recently published commentary in the Journal of Trace Elements in Medicine and Biology, Exley explains that a single injection of a vaccine that includes an aluminum adjuvant can be considered acute exposure to aluminum.
Aluminum known to be toxic
While common in the environment, aluminum is toxic to humans. It is both a central nervous system and bone toxin.
It’s important we understand how common medical practices are making us sick, especially our children. The more we educate ourselves, the more empowered parents we become and the better able we are to help our children be healthier.
The human body most effectively prevents aluminum from being toxic when we ingest it (that is, swallowed aluminum) and it passes through our gastrointestinal tract.
In fact, less than 1 percent of ingested aluminum is thought to be absorbed. So, in other words, almost all ingested aluminum leaves the body through the natural digestive process.
By contrast, our human bodies have very little defense against aluminum that is “parenteral,” or that bypasses the gastrointestinal tract.
Parenteral aluminum exposure
“Parenteral” is a medical term. It refers to something put inside the body but not by swallowing. For example, an injection into the muscle on the leg, a subcutaneous injection, or an IV are all common routes of parenteral drug administration.
Injected and intravenous aluminum are both parenteral aluminum exposure.
According to Exley’s scientific review: “All intramuscularly injected aluminum, e.g. from vaccines, may eventually be absorbed” (my emphasis).
Research published in the New England Journal of Medicine, one of the most prestigious medical journals in the United States and the world, showed evidence of aluminum neurotoxicity due to IV nutrition in premature infants in neonatal intensive care units. The strength of these research findings directly led to strict FDA guidelines on parenteral aluminum in IV nutrition to prevent damage to newborns.
But here’s the problem: The cumulative amounts of aluminum exposure via adjuvants in vaccines far exceed the FDA’s own safety limits.
Exceeding FDA’s safety limits
As outlined by the FDA, children who received injected aluminum at greater than 4 to 5 micrograms per kilogram per day “suffered from central nervous system and bone toxicity. Tissue loading may occur at even lower rates of administration.”
What does this mean?
Let’s say that a typical 2-month-old baby weighs about 5 kilograms. If that baby receives a brand of the DTaP vaccine which contains 625 micrograms of aluminum, then the baby receives 625/5 = 125 mcg/kg parenteral aluminum by injection, which passes directly into the bloodstream, the brain, and other organs. The “safe” amount for that baby is only 25 mcg per day. But the baby is receiving 625 mcg. So the amount the baby is receiving with just one injection is twenty-five times higher than the 25 mcg (4-5 mcg/kg/day) maximum that FDA stipulates for parenteral administration via IV nutrition. This level of exposure, from just one vaccine, constitutes aluminum toxicity.
If you want to pursue the question of aluminum toxicity, you’ve got some more research to do.
I recommend you print these articles out, grab a highlighter pen and a strong cup of coffee. Then read them in their entirety.
Critical peer-reviewed scientific papers about the safety of aluminum adjuvants in vaccines:
1) Reconsideration of the immunotherapeutic pediatric safe dose levels of aluminum (Journal of Trace Elements in Medicine and Biology, July 2018)
2) Do aluminum vaccine adjuvants contribute to the rising prevalence of autism? (Journal of Inorganic Biochemistry, November 2011)
3) Aluminum in brain tissue in autism (Journal of Trace Elements in Medicine and Biology, March 2018)
4) Aluminum hydroxide injections lead to motor deficits and motor neuron degeneration (Journal of Inorganic Biochemistry, November 2009)
5) Autoimmune/autoinflammatory syndrome induced by adjuvants (ASIA syndrome) in commercial sheep (Immunology Research, July 2011)
Exley’s research suggests that aluminum exposure in a single vaccine is acute
In the case of Infanrix Hexa, a vaccine used in Europe and Australia to prevent six diseases (diphtheria, tetanus, pertussis, hepatitis B, polio, and Haemophilus influenzae type b or Hib), the concentration of aluminum is approximately 8,000 times higher than was required to kill the salmon parr Exley saw being poisoned to death by aluminum.
Exley has noted that the total concentration of aluminum in the immediate vicinity of the injection site is extremely high.
When a baby or small child receives a vaccine, the injection site often becomes red and sore.
The immune system causes this inflammation. White blood cells rush to the injection site to respond to the immune assault.
Exley explains that a number of different cells that come to the injection site will actively take up, literally eat, the majority of injected aluminum adjuvant.
Infiltrating brain tissue
Macrophages are large white blood cells that have the ability to locate and ingest foreign substances, like bacteria and viruses. Some particles of aluminum adjuvant will be taken up by the body’s macrophages and retained at or close to the injection site as a granuloma.
A granuloma is a collection of macrophages—a small area of inflammation. Other cells heavily laden with aluminum will leave the injection site, visiting local lymph nodes and carrying aluminum to other places in the body.
This is a lot of medical lingo, but stay with me. The important take-away here is that evidence is mounting that these cells may be transporting aluminum into brain tissue.
Perhaps most concerning is that in his research, Exley has found evidence that aluminum can infiltrate brain tissue by crossing the blood-brain barrier and meninges. Post-mortem research shows that the brain tissue of people with autism contains higher than normal levels of aluminum.
Significant exposure to aluminum
An aluminum adjuvant in a vaccine is an acute exposure to aluminum at the vaccine injection site, and also significant exposure to aluminum throughout a baby’s body.
Exley urges that we not be complacent about the use of aluminum adjuvants. Because infants have increased gastrointestinal absorption, reduced urinary excretion, and a developing blood-brain-barrier, he argues that they are uniquely vulnerable to aluminum.
But what about aluminum in breast milk?
The injection of a single dose of Infanrix Hexa (mentioned above) into an infant is equivalent to 164 times the daily dose of aluminum that a baby may drink in breast milk. A granuloma at the vaccine injection site will likely retain a portion of this aluminum. But even if 40 percent of the aluminum were contained, the daily dose of aluminum in this particular vaccine is still 100 times higher than an infant would receive while breast-feeding.
This high exposure to aluminum, some of which may end up in a baby’s brain, is not safe for infants.
Some researchers have dismissed the concern over aluminum exposure. They argue that people come in contact with aluminum all the time: in breastmilk, beauty products, and cookware.
If we humans have more aluminum in our bodies than we can handle, we should be very, very concerned.
Thoughtful researchers and scientists worry about the cumulative over-exposure to aluminum.
Aluminum has no place in the human body.
It’s toxic to humans and has no beneficial role of any kind in our bodies. So it stands to reason that we should take every possible step to reduce aluminum exposure and lower our body burden of aluminum.
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Published: November 12, 2019
Last update: March 29, 2021