Filed under: CDC Watch, Parents' Pages, Vaccine Science, Vaccine/Disease Analysis, WHO Watch
KHAGARIA: On the sandy banks of Kosi river in north Bihar, a quiet crowd of several hundred people is waiting in the sizzling morning sun. A speck appears in the pale blue summer sky, rapidly growing in size — its a gleaming white helicopter. Within seconds it is hovering above the opposite bank, amidst the cornfields.
The crowd is awestruck at the monstrous machine as it settles down in billowing clouds of sand. Out comes the man everybody has been waiting to see — Bill Gates.
Bill Gates has come to find out why polio eradication is failing in Bihar. He asks questions about immunization strategies and tries to figure out what sort of technical problems are blocking universal vaccine delivery.
People complain of lack of basic health facilities…There are only 49 auxilliary nurse and midwives under the PHC, against a sanctioned strength of 76…So, the delivery of basic health services is itself a distant dream…The villagers hope against hope. Isn’t the spread of polio linked to lack of sanitation and basic health facilities? Gates acknowledges this fact but says that it is for the government to do the needful. “We are concentrating on the eradication of polio, which is achievable through vaccines,” he says. 
Polio epidemics first appeared in the mid-nineteenth century. Many doctors and scientists struggled with the mystery: why, as living conditions improved, did incidents of paralysis increase? Out of all the changes that came with modernity, improved sanitation was chosen as the change which caused polio to turn from a mild illness to one that left death and permanent damage in its wake. Here is an excellent example from a 2007 medical article which summarizes the concept:
Prior to the 20th century, virtually all children were infected with PV while still protected by maternal antibodies. In the 1900s, following the industrial revolution of the late 18th and early 19th centuries, improved sanitation practices led to an increase in the age at which children first encountered the virus, such that at exposure children were no longer protected by maternal antibodies. Consequently, epidemics of poliomyelitis surfaced .  Read more
Filed under: Parents' Pages, Vaccine Myths, Vaccine/Disease Analysis, WHO Watch
Acute Flaccid Paralysis is a term which applies to the exact clinical symptoms you would expect to see from poliovirus infection, but which are not necessarily caused by polioviruses. Paralytic polio is actually considered a sub-category in the broad umbrella of acute flaccid paralysis. See pages 300-312  for a chart and summary of many other causes of AFP, a few of which are: Guillaine-Barre syndrome, Cytomegalovirus polyradiculomyelopathy, Acute transverse myelitis, Lyme borreliosis, nonpolio enterovirus and Toxic myopathies.
For many years the medical profession assumed that when they saw paralysis with a particular cluster of symptoms, it was poliomyelitis. The 1954 Francis Trials of the Salk vaccine  triggered a reconsideration of this assumption, and a major change in the diagnostic criteria.
How were polio cases counted in 1954?
In 1954 most health departments worked with the WHO definition:
“…Signs and symptoms of nonparalytic poliomyelitis with the addition of partial or complete paralysis of one or more muscle groups, detected on two examinations at least 24 hours apart.” [3, p. 88]
How were polio cases counted in 1955?
In 1955 the criteria were changed to conform more closely to the definition used in the 1954 field trials: residual paralysis was determined 10 to 20 days after onset of illness and again 50 to 70 days after onset. [3, p. 88]
Thus, simply by changes in diagnostic criteria, the number of paralytic cases was predetermined to decrease in 1955-1957, whether or not any vaccine was used. At the same time, the number of nonparalytic cases was bound to increase because any case of poliomyelitis-like disease which could not be classified as paralytic poliomyelitis according to the new criteria was classified as nonparalytic poliomyelitis. Many of these cases, although reported as such, were not non-paralytic poliomyelitis. [3, p. 88] (emphasis added)
It was after the SALK vaccine was introduced, when fully vaccinated people continued to get “polio”, that doctors started looking a lot more carefully at the viruses in individuals. Many viruses were found to cause paralysis, for example coxsackie B, enterovirus 71, etc. Read more
Note: separate re-issue of part two of one of our myths blogs. We got a complaint that this one was too hard to find and link to. The easiest fix was to split it into a separate article. Thanks for your understanding.
Myth: Vaccines aren’t money makers for drug companies.
Reality: As spoken by Tom Broker about Gardasil and Merck (see page 19 of pdf)
“From a purely business point of view, they’ve been facing some real interesting challenges over the Vioxx issue and they are looking at this as the foundation and the savior of the company. Believe me, they have a huge stake in this, just as we all do.”
How profitable are vaccines? Prevnar did very well for Wyeth:
… Prevnar, which had $2.7 billion in sales last year. Prevnar is Wyeth’s No. 2 product by revenue, behind antidepressant Effexor.
Some business press projections on the potential in the vaccine market:
Gardasil sales totaled $365 million in the first quarter of 2007, helping Merck reach nearly $1 billion in total vaccine sales for the quarter, more than triple vaccine sales from a year earlier. Analyst projections have ranged up to $4 billion in annual sales for Gardasil, assuming the government mandates widespread vaccinations for girls.
Merck launched two other vaccines in 2006 – Zostavax, for the prevention of shingles, and Rotateq, for the prevention of a rotavirus that causes diarrhea in infants. Les Funtleyder, analyst for Miller Tabak, estimates that these vaccines could reach hundreds of millions of dollars in annual sales.
“Merck showed that you can make quite a bit of money with vaccines, and I think that got a lot of people’s attention,” said Funtleyder.
If vaccines have the potential to offer huge profits to pharmaceutical companies–just like other blockbuster drugs–Lipitor or Vioxx are good examples, I think we can reasonably assume that the temptation to publish ghostwritten studies, suppress unwelcome results and use Key Opinion Leaders to subtly sell product is there with vaccines, too. And vaccines offer two additional benefits, available for no other drugs: mandates and immunity from lawsuits (in the US). Who wouldn’t be tempted by a package involving a guaranteed market, and tort immunity?
There was a period, quite a long time ago now, when vaccines were not profitable. But time past is not time present. This myth is long past its sell-by date.
Filed under: CDC Watch, Parents' Pages, Vaccine Myths, Vaccine/Disease Analysis
Parents who take their children to chicken pox parties have forgotten how devastating this childhood disease can be according to vaccination experts:
“What happens if you bring your child to a chicken pox party and they’re the one in 10 who has a complication and is hospitalized?” said Dr. Jane Zucker, head of the city Health Department’s immunizations bureau.
We went back to 1951, when chickenpox afflicted millions of children every year in the U.S. to see if complications and hospitalization from chickenpox were common:
In general, chickenpox is a disease of young children and in them it usually runs an uneventful, if uncomfortable, course without leaving behind it any permanent bad effects. In very rare instances, a case of encephalitis or inflammation of the brain may occur after chickenpox, causing such symptoms as sleepiness, stiff neck, convulsions, coma, and even death.
Ordinarily, however, chickenpox is a mild though highly contagious disease…
The old version:
An influenza pandemic
An influenza pandemic occurs when a new influenza virus appears against which the human population has no immunity, resulting in epidemics worldwide with enormous numbers of deaths and illness. With the increase in global transport, as well as urbanization and overcrowded conditions, epidemics due the new influenza virus are likely to quickly take hold around the world. Outbreaks of influenza in animals, especially when happening simultaneously with annual outbreaks of seasonal influenza in humans, increase the chances of a pandemic, through the merging of animal and human influenza viruses. During the last few years, the world has faced several threats with pandemic potential, making the occurrence of the next pandemic a matter of time.
and the new version:
What is an influenza pandemic?
A disease epidemic occurs when there are more cases of that disease than normal. A pandemic is a worldwide epidemic of a disease. An influenza pandemic may occur when a new influenza virus appears against which the human population has no immunity. With the increase in global transport, as well as urbanization and overcrowded conditions in some areas, epidemics due to a new influenza virus are likely to take hold around the world, and become a pandemic faster than before. WHO has defined the phases of a pandemic to provide a global framework to aid countries in pandemic preparedness and response planning. Pandemics can be either mild or severe in the illness and death they cause, and the severity of a pandemic can change over the course of that pandemic.
The two documents above can also be found at: http://attentiallebufale.it/informazione-scientifica/speciale-bufale-pandemiche-come-difendersi/lanalisi-di-doshi-al-voltafaccia-delloms/
These two documents were sourced and provided by Dr Tom Jefferson, and Peter Doshi.
And here is Fukuda, at WHO, claiming that they didn’t change it!
Now let me move on to the second issue. Did WHO change its definition of a pandemic? The answer is no, WHO did not change its definition.
Why else would the CDC supply the parents of America with dumbed down information that contradicts their very own guidelines on how to distinguish trustworthy information from mere opinion? Here are the guidelines from the CDC on evaluating information found on the Internet.
What is the scientific evidence for claims made? The original source of facts and figures should be shown. For example, the Web site should provide citations of medical articles or other sources of information. You should be able to distinguish facts from opinions. Also, facts are more reliable if they come from a published scientific study on humans rather than from unpublished accounts or from reports of a single person or of animal studies.
When it comes to information for parents, the CDC motto is clearly: “Do as I say, not as I do.”