“Don’t let the world around you squeeze you into its own mould, but let God re-mould your minds from within...”
Romans 12:2

Pinnochio's nose and Peter Flegg

Hilary Butler - Saturday, November 29, 2008

As the UK medical gestapo proclaim 1,000 measles cases a national disaster, and go after parents who have refused to vaccinate their children against measles, there is an interesting "discussion" at the BMJ website. Peter Flegg, an infectious disease specialist has made some extraordinary claims. That's nothing new. He's done that at the BMJ for years. For those who want are keenly following the UK situation, here is the debate.

Here is my reply, in case it gets removed.

Dear Sir,

Peter Flegg says that there would have to be an average of 750 MMR deaths a year, to tip the balance in favour of not vaccinating with MMR.

During the rationing of the second world war, in 1943, measles death rate in UK was 773 (1), and it never approached that rate again.

In the fifteen years before the measles vaccine was licensed in the UK death rates never went above 200; in the ten years before the vaccine was introduced, the death rate never went above 150. After 1953, deaths rates were never of the order of 1 per 2,000.

The measles vaccine was licenced 24 years later in 1967, and did not reach significant levels of uptake for quite some years after that. In fact in 1980, there were 139,487 cases of measles with 26 deaths. Even that isn't 1 per 2,000 cases. And presumably those deaths also included late-onset deaths as well. 

Therefore, Peter Flegg’s basis for 750 deaths per year would indicate that this analysis came from Thomas Kuhn’s Sabre Toothed Tiger syllabus.

The reality of the years between 1952 to 1970, and afterwards, prove that Dr Flegg’s mathematical equations are about as relevant as saying that the measles death rate in Africa, is comparable to the Measles death rate in UK.

Peter Flegg accuses some here of having a Nirvana complex. It’s hard to go beyond “Pinocchio’s nose”, when attempting to ascribe the relevance of Peter Flegg’s statistical prowess to the UK conditions of today.

In reply to Peter Flegg’s expansion of my question to him: no, it did not occur to me that Peter Flegg would decide to include the third world when the BMJ was discussing a topic based in UK. 

But since Peter Flegg wishes to compare apples with army jeeps, let's discuss his concept of that as well. Flegg states that, "in 1999 there were estimated to be 873 thousand deaths from measles, reducing to 530 thousand in 2003."

Last year, WHO (2) stated that use of the measles vaccine in Africa had slashed the death rate from measles by 91% since 2000. This 91% is an artifact figure, because before 2000, measles in Africa was "estimated", while after 2000, notifications were only accepted after being laboratory proven. In 2000, WHO implemented a system of laboratories (3) specifically to diagnose measles, and provide the laboratory confirmed cases which are now the basis of WHO data.

Look at pages 2, and 14. On page 14, 14,185 cases were reported in 2006, but after blood testing, 9,764 were "discarded". That's an immediate 69% drop in cases, because they are no longer relying on doctor's eyes.

On page 2, of 14,185 cases, 3,257 were accepted, leaving a balance of 10,928 discarded measles cases which equals 77% which were NOT measles after being blood tested, but which would have been accepted on the pre- 2000 measles notification system. Comparing data from laboratory-confirmed blood tests after 2000, with pre-2000 guessing, and then claiming a 91% decline, is not a valid scientific comparison.

Which raises an obvious issue. Peter Flegg says that clinicians caring for measles cases " would have had no doubt. Acute measles is a relatively easy clinical and laboratory diagnosis." Did (and can) UK doctors do any better than those who guessed measles in Africa before 2000, or even New Zealand for that matter? That depends on who you listen to.

An old UK newspaper article, unfortunately undated, received on 17th April 1997, reads: London (Europe Today). – "97.5% of the times that British doctors diagnose measles they are wrong", says a publication of the Public Health Laboratory service. The mistake being made by National health GP's was found when the services tested the saliva of more than 12,000 children who had been diagnosed as having measles. Roger Buttery, an adviser on transmissible diseases at the Cambridge and Huntingdon Health Department, said that the majority of doctors "say they can recognize measles a mile off, but we now know that this illness occurs only in 2.5% of the cases." Buttery says that doctors classify as measles, many other viruses that also cause spots. He found eight different viruses during the survey in East Anglia. One of them, parvovirus, gives symptoms similar to German measles. The reason for the high rate of error puzzled Buttery. "Doctors are neither vague nor careless," he said. The solution is to defer the diagnosis until more detailed information can be got. There are 5,000 to 6,000 cases of measles registered each year in the United Kingdom, but these findings now call most of them into doubt."

A later report by the same laboratory (4) showed that the most common viruses causing "morbilliform rash" in the UK are "parvovirus B19; group A streptococcus; human herpesvirus type 6; enterovirus; adenovirus, and group C streptococcus."

An editorial in an Australian medical journal (5) pointed out that:

• In Sydney, in 1990-1995 only 49% of 58 notified cases were serologically confirmed.

• In Victoria, in 1997-1998 only 8% of 248 notified cases were serologically confirmed, and for the whole of Australia in 1997 – 1998, only 45% were serologically confirmed.

• In 1994 in UK and Finland, only 1% of notified cases were serologically confirmed.

So now, doctors check for BOTH IgM (immediate antibody) IgG (evidence of past infection). If there is both IgM and IgG an enzyme immunoassay or a reverse transcriptase polymerase chain reaction is required to type the virus to figure out whether it's wild, vaccine, or whatever (6). In my files is an MMR information sheet to parents which states that neither rubella nor measles can be correctly diagnosed without a blood test. (In UK they use a saliva test.)

Therefore, according to medical literature, and information provided to parents, I would dispute Flegg’s assertion about the ability of all doctors to easily or accurately diagnose measles or rubella, without the assistance of technology. For the same reason, I also dispute the validity of comparing any historical data from 1850 with any data after laboratory data conformation was required.

However, since Flegg is presumably calculating his risk benefit analysis on potentially invalid data, I have no choice but to do the same. If the UK historical data for measles deaths is inaccurate because it too contains more “viruses” than just measles, that makes Peter Flegg’s calculations in the first paragraph, even more extravagant.

In countries like UK the decades of pre-vaccine death decline is obviously due to factors unconnected with the use of any vaccine. For the same reason, the WHO media release claiming that the measles vaccine has reduced the measles death rates in Africa by 91% between 2000 – 2007, defies logic, analysis and reason for anyone who knows the facts. I note that Peter Flegg has stopped short of repeating that spectacular assertion. Perhaps it's because even he can see the ludicrousness of such a claim.

If that is the case, the Peter Flegg fails to mention that comparative data in the UK, uses the same "mistake". Total numbers without any laboratory confirmation before 1994, cannot be validly compared with laboratory-confirmed cases only. To do so is not legitimate "science".

Peter Flegg states that, "during the last 10 years the case fatality for acute measles in the UK has been in the order of 1 in 2000".
In UK, from 1998 to 2007 (as of 24th November), there were 28,364 cases of measles.

Out of the 12 deaths from 1998 - 2007, one is known not to be measles, one is provisional, 2 were immunodeficient children within the age where vaccines are administered, and the other 8 were older deaths resulting from infections contracted prior to 1967. From the years of 1998 – 2007, the risk of any unimmunized child dying from ACUTE measles was as follows:

immunodeficient children = one per 14,182 cases of measles; healthy normal children = 0 out of 28,364.

Any suggestion that in 2008, the risk of any child dying of acute measles is 1 in 2,000 is another fictional statistical manipulation, in the same vein as: “in order for the risk/benefit equation to be tipped in favour of leaving children unvaccinated against MMR, there would need to have been more than 7500 deaths from MMR in the last 10 years.”

Peter Flegg says, "The only reason more children do not die of measles in the UK is that herd immunity is still sufficiently high to protect those who cannot or have not been fully immunised."

That is not entirely correct in my opinion.

A site called Measles Initiative says that(7), "Measles is a leading killer of children in many developing countries for several reasons. Children are already compromised with poor living conditions, they are infected at very young ages when their immune systems are not strong, malnutrition is rampant in many homes, and many families do not have access to medical care to treat measles and its complications. Measles, itself, does not kill children. Instead, complications from measles attack the child's already weak immune system. Measles attacks the body, inside and out. It is similar to HIV in the sense that when it knocks down the immune system, the child becomes susceptible to the myriad of diseases that fester in poor living conditions."

Do children in the United Kingdom have the same living conditions as children in Africa?

Peter Flegg also says, "I have no doubt that another vulnerable group (infants too young to be vaccinated) will see deaths within its ranks before too long."

Before the measles vaccine was used, it was exceedingly rare for any infant younger than 18 months to acquire measles because of the strong maternally transferred immunity and, if a mother breastfed, through the many immunological components within breast milk.

Those women in UK who now have naturally acquired measles in the last decade, will transfer solid immunity to their babies, and their babies will be unlikely to experience measles before 18 months. On the other hand, those vaccinated mothers who have not had natural measles, will not transfer that sort of immunity to their babies, and their babies might be at risk. That being the case, to blame unvaccinated children for a relatively new problem created by the use of a vaccine in the first place, is more fact juggling.

A better initiative to reduce all risks to any child from any cause whatsoever, would be to employ a certain young British chef to help start nationwide "Vitamin D, Victory gardens, exercise and cooking course" initiatives for parents and the unemployed, as well as someone else to teach "breastfeeding, home nursing and nutrition during infection".  More than any vaccine, parents who provide their children with correct nutrition, enough vitamin D, sleep, exercise, and decent home nursing, can vastly decrease the annual expenditure of NHS with regard to a long list of conditions, (including potential complications and deaths from any infections).

These are conditions African parents would give their eye teeth for. If they were able to achieve even half of what the UK achieved after World War II, even without a measles vaccine, African children would have far less to fear from measles infections.

Hilary Butler.

(1) UK measles cases and deaths 1940 - 2007

(2)  Measles deaths in Africa plunge by 91%

(3) Jan 2006 WHO "Afro Measles Surveillance Feedback Bulletin"

(4) Ramsay, M. et al. 2002. "Causes of morbilliform rash in a highly immunised English population." Arch Dis Child. Sep;87(3):202-6. PMID 12193426.

(5) McIntyre, P.B. et al. 2000. "Measles in an era of Measles Control" Med J Aust. Feb 7;172(3):103-4. PMID: 10735018. (6) Durrheim, D. M. et al. 2007. "Remaining measles challenges in Australia." Med J Aust. Aug 6;187(3):181-4. Review. PMID: 17680748.

(7)  Measles Initiative - The Problem
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