Perhaps the greatest fear for any parent is that their child will die before they do. Such events must be incredibly hard to bear, particularly if the death is unexplained and unexpected, & my heart goes out to any parents in such a situation.
Sometimes, particularly where the death is unexplained, all sorts of alternative hypotheses can be put up, perhaps as a way of dealing with the grief. And unfortunately, sometimes those hypotheses can offer fertile ground for proponents of pseudoscience to put down roots. Grant and Orac have both posted on one such case, a young New Zealand woman whose untimely death has been attributed by her mother to the Gardasil vaccine that she received 6 months prior (despite the fact that other causes – some potentially heritable – may have come into play).
This death is currently the subject of a coroner’s inquiry, during which a couple of overseas ‘experts’ have had the opportunity to present their views to the coronial court. Expertise, and views, that require rather closer scrutiny than has yet been afforded by the media. Orac has already done his usual very thorough job but I wanted to add a couple of points.
In the Otago Daily Times* we read that
Neuroscientist Profefssor Christopher Shaw of the University of Columbia in Vancouver told the inquest … that he was sent Ms Renata’s brain tissue to test. He said there was aluminium in all the samples he tested and there were some abnrmalities in the samples. The human papillomavirus (HPV16) was found in her brain, which could only have got there through the vaccine, Prof Shaw said…He said there was a “biological plausibility” that [the vaccine caused her death] because of the abnormalities in her brain he had examined.
In addition,
Dr San Hang Lee, a pathologist at Milford Hospital in Connecticut, told the inquest … that he tested samples from Ms Renata’s blood and spleen. He also found aluminium and HPV in her system, from the vaccine. Dr Lee could not say for sure what caused Ms Renata’s death, but said the results he found from testing samples from her were “unnatural”.
Aluminium is the third most abundant element on Earth. It’s present in the food we eat and the liquids we drink. So it’s hardly surprising that either ‘expert’** would find aluminium in the dead woman’s tissues. (We’re not told whether either of them used control samples when doing their analyses.) Aluminium is used as an adjuvant in some vaccines – but there’s no way of distinguishing the various sources of Al in someone’s tissues and in addition, the quanitity of Al used as an adjuvant in Gardasil is comparable to that ingested daily via food and drink*** (& vaccines are not delivered on a daily basis).
Both men said that they found abnormal or “unnatural” results, but we’re not told (in this article anyway) what “unnatural” actually means. How does it compare with ‘normal’? Who knows?
And HPV in the brain, ‘which could only have got there through the vaccine’? First up, you’d want to know how the virus was detected: the amount of HPV DNA in Gardasil is tiny, and only a fraction of that would make it into the bloodstream, and a fraction of that again into the brain. Any testing regime would need to be extremelysensitive and also extremely robust, with suitable controls. Was this the case? We don’t know; certainly neither ‘expert’ is reported as giving this information. In addition, human papilloma virus isn’t spread only via intercourse. In fact, HPV – including the HPV16 strain – is also found in dermal warts. So there are other potential sources of HPV virus particles.
And as one of Orac’s regular commenters noted:
If tiny traces of HPV DNA cause sudden death, I would expect most warts (which are essentially HPV DNA factories) to be fatal.
Again, this is a very sad story – made even sadder by the fact that the focus on a vaccine as a potential cause of death is obscuring other possible causes.
* The ODT story also gives a more measured response from a pathologist, further down the page.
** A search of the staff at Milford Hospital, Connecticut, does not bring up Dr Lee’s name.
*** someone using antacid tablets would receive a much higher dose.
There’s a lot of information on the development and testing of the Gardasil vaccine here, and the US National Cancer Institute provides more general information.
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11/08/2012 Something else (courtesy of another of Orac’s commenters: the HPV virus infects squamous cells – the type you find in skin & other eplthelia. It does this by locking onto receptors that are peculiar to squamous cells. Neurons (the type of cell found in the brain & nervous system) are not squamous cells. (Which should be a case of ’nuff said.)

Krebiozen, allow me to provide some background information first. The following is cut and paste from the 357 pager, “TOXICOLOGICAL PROFILE FOR ALUMINUM,
U.S. DEPARTMENT OF HEALTH AND HUMAN SERVICES, Public Health Service, Agency for Toxic Substances and Disease Registry, September 2008.
There are several other extensive reviews, and often they disagree on detail, but generally they are in the same ballpark as the following.
“In general, background levels of aluminum in the atmosphere are low, typically ranging from about 0.005 to 0.18 μg/m3. Much higher levels are routinely observed in urban and industrial locations. Aluminum levels in surface water is usually very low (<0.1 mg/L); however, in acidic waters or water high in humic or fulvic acid content, the concentration of soluble aluminum increases due to the increased solubility of aluminum oxide and aluminum salts. Its concentration in soils varies widely, ranging from about 7 to over 100 g/kg.
The general population is primarily exposed to aluminum through the consumption of food items, although minor exposures may occur through ingestion of aluminum in drinking water and inhalation of ambient air. Aluminum found in over-the-counter medicinals, such as antacids and buffered aspirin, is
used as a food additive, and is found in a number of topically applied consumer products such as antiperspirants, and first aid antibiotic and antiseptics, diaper rash and prickly heat, insect sting and bite, sunscreen and suntan, and dry skin products. The concentration of aluminum in foods and beverages varies widely, depending upon the food product, the type of processing used, and the geographical areas in which food crops are grown (see Section 6.4)….
Based on the FDA’s 1993 Total Diet Study dietary exposure model and the 1987–1988 U.S. Department of Agriculture (USDA) Nationwide Food Consumption Survey, the authors estimated daily aluminum intakes of 0.10 mg Al/kg/day for 6–
11-month-old infants; 0.30–0.35 mg Al/kg/day for 2–6-year-old children; 0.11 mg Al/kg/day for 10-yearold children; 0.15–0.18 mg Al/kg/day for 14–16-year-old males and females; and 0.10–
0.12 mg Al/kg/day for adult (25–30- and 70+-year-old) males and females. Users of aluminum containing medications who are healthy (i.e., have normal renal function) can ingest much larger amounts of aluminum than in the diet, possibly as high as 12–71 mg Al/kg/day from antacid/anti-ulcer products and 2–10 mg Al/kg/day from buffered analgesics when taken at recommended dosages."
Then the paper goes on to summarise bioavailability…
"Gastrointestinal absorption of aluminum is low, generally in the range of 0.1–0.4% in humans, although absorption of particularly bioavailable forms such as aluminum citrate may be on the order of 0.5–5%.
Although large bolus doses of as much as half a gram of aluminum as aluminum hydroxide throughout the day can be ingested during antacid therapy, absorption of aluminum hydroxide is usually ≤0.01% of the intake amount. Bioavailability of aluminum varies depending mainly on the chemical form of the ingested compound (i.e., type of anion) and the concurrent exposure to dietary chelators such as citric
acid, ascorbic acid, or lactic acid. The total body burden of aluminum in healthy human subjects is approximately 30–50 mg. Normal levels of aluminum in serum are approximately 1–3 μg/L. Of the total body burden of aluminum, about one-half is in the skeleton, and about one-fourth is in the lungs."
Note the following: The term intake relates to the amount of Aluminium humans are exposed to primarily in food/medicines.
Bioavailability of aluminium in food is extremely poor.
Bioavailability in oral medicines is even poorer..
You state, "As I have pointed out repeatedly, adults taking aluminum antacids will absorb as much as 5,000 µg per day and excrete this without showing any signs of neurological impairment."
Note: The ADSTR summary above claims that the absorption (bioavailability) of aluminum hydroxide is usually ≤0.01% of the intake amount. For 5,000ug to be absorbed, there would need to be some 50,000,000ug or more consumed… ie, 50gm of Al3+ or about 150gm of pure aluminium hydroxide. Please correct me if my maths is wrong (Al AW 26, Al(OH)3 mw 78
http://dailymed.nlm.nih.gov/dailymed/search.cfm?startswith=antacid&x=0&y=0
Can you explain under what circumstances adults taking aluminum antacids will absorb as much as 5,000 µg per day and excrete this without showing any signs of neurological impairment. I'm not saying you are wrong, but I'd just like to know under the circumstances involved.
I've also observed the literature notes that the higher the concentration of aluminium in the gut the lower the bioavailability, so the examples given re intake would most likely be on the low side.
If we look at an OTC formula from Walmart, as an example we note the following.
Active ingredient (in each 5 mL teaspoon)
Aluminum hydroxide (equiv. to dried gel, USP) 400 mg
Magnesium hydroxide 400 mg
Simethicone 40 mg
When using this product do not exceed 12 teaspoonsful (60 mL) in a 24-hour period or use the maximum dosage for more than 2 weeks unless directed by a doctor
Keep out of reach of children.
Directions
shake well before use
adults and children 12 years and older: take 2-4 teaspoonsful (10-20 mL) between meals, at bedtime, or as directed by a doctor
children under 12: ask a doctor
(http://dailymed.nlm.nih.gov/dailymed/lookup.cfm?setid=97962f07-9b82-42a1-857a-75846fbf5688)
So let's assume a patient takes the maximum dose of 12 teaspoons per 24 hour period or 4.8gm of Al(OH)3.
We can see that they would have to consume some 100+ times the recommended dose or 30 times the MAX dose to absorb 5,000ug per day.
Can you explain under what circumstances adults taking aluminum antacids will absorb as much as 5,000 µg per day and excrete this without showing any signs of neurological impairment? I'm not saying you are wrong, but I'd just like to know the circumstances involved.