Filed under: News, Vaccine Science, Vaccine/Disease Analysis
We are now in the thick of the influenza season, and it is a true shame that the emphasis on vaccines against the flu has drowned out any mainstream discussion much less headlines for an important study recently released in Nature about the 2009 H1N1 influenza virus: Severe pandemic 2009 H1N1 influenza disease due to pathogenic immune complexes . The press release is worth reading.
There are a few initial things that make this study worth noting:
1) It is not funded by the industrial/governmental health care complex
2) It is short, concise, and doesn’t draw any reaching conclusions
3) It furthers our understanding of the 2009 H1N1 Flu by doing a rigorous scientific follow-up of real cases.
The last point is a refreshing change as one of the best ways to learn something is to examine the medical outcomes for real people and this is something we don’t see very often from our medical authorities. The study itself does not address vaccines but the findings have important implications for mass influenza vaccination policies. Read more
During the first half of the 20th century, every parent and child feared the word “polio”. In an epidemic, it attacked male and female, black and white, from rural communities to suburbia. Most people understood that a virus caused polio, but no one knew where the virus came from or how victims would fare. Often, the virus entered the body, created mild, flu-like symptoms, and left it virtually unscathed. Even though, in any community, most people would never get paralysed, pictures of iron lungs and braces would silently ask the question, “Will you be next?” If, rather than immunity, a person got paralytic polio, the outcome of conventional medical treatment might be some sort of deformity, or for the worst bulbar polio cases, weeks or a lifetime in an iron lung, or death. Everyone knew certain aspects of the polio virus: It was highly contagious; struck without warning and preferred children and young adults; and the medical profession could offer neither prevention or cure. 
In 1954 a newspaper article quoted a study published in the prestigious Journal of the American Medical Association:
Analysis of the data suggested that the absence of tonsils and adenoids, regardless of the time of their removal in relation to the onset of poliomyelitis, increased the risk that the bulbar form of the disease would develop.  Read more
We saw in our first  blog on polio that infection with this virus was common, but paralytic polio was rare. In our second  article we reviewed the history of polio and the significant number of cases of paralysis from other causes which were blamed on polio. In the third  article we looked at one of the explanations for the rise of paralytic polio in advanced countries and the collapse of this explanation as polio increased in developing countries.
With polio, is there one cause, the virus, and one effect, paralysis? Obviously not, as the results of infection with the polio virus range from absolutely nothing to death. In this series we are going to review some of the factors which, combined with the presence of the virus, can move the situation from no symptoms and no problems, to paralysis.
A characteristic of infection with polio is the length of time it takes to clear the virus from the body and create immunity to polio.
…the interval between initiation of infection and appearance of CNS signs may be as long as several weeks, which accounts for the great variation in the incubation period of the disease. 
CNS means inflammation of the central nervous system. Someone can be carrying around a happily multiplying polio virus in the nose, throat and gut system, and other non-neural areas of the body, for a period of weeks without having any symptoms to indicate that the virus is there. “Non-symptomatic response” to polio virus exposure, results in eventual clearing of the virus from the system, permanent immunity to that strain of polio, and is the normal bodily response to the polio virus.
However, if something occurs during the several weeks of polio virus carriage which opens up access to the central nervous system to the virus, then the polio moves from asymptomatic to paralytic. There is a list of provokers which cause polio to invade the CNS. Today we are going to consider one cause which we can credit to the medical profession. Read more
Recently we’ve come across multiple examples of local authorities messing with vaccine exemptions. Nothing new, of course, about the media publishing stories which leave out the availability of exemptions when they remind parents of the vaccine “requirements” for school. But there does seem to be something new about counties and school districts coming up with their own paperwork, sometimes in contradiction to state exemption requirements.
For the first time, insidevaccines is asking you to tell us your stories. Has someone given you a hard time when you applied for a vaccine exemption for your kids? Insisted that you need a signature from your pastor? Asked you to sign a form admitting that you are risking the lives of your children and other people’s children? Or?
Comment here, or, if you prefer, send them via e-mail to healthykids@insidevaccines. com
Please share this query on forums and anywhere else you can think of. The more the merrier.
We will not publish anyone’s stories, but we may provide a list of states where problems have arisen and a general description of the types of harassment parents have encountered.
Thanks in advance.
Filed under: CDC Watch, News, Opinion, Parents' Pages, Vaccine Myths
Every August we are hit by a wave of publicity for National Immunization Awareness Month, reminding everyone in the United States to get their children vaccinated, themselves vaccinated, their parents vaccinated, probably even their dogs and cats and goldfish vaccinated.
Vaccinations shouldn’t be that difficult to sell. Who wants their child to die of a communicable disease like mumps? And we all know that influenza kills 36,000 Americans each and every year, because this number is mentioned in just about every news story pushing the influenza vaccine, so it shouldn’t be difficult to convince millions to get their annual flu shot. Except that the Wall Street Journal points out that there are some valid questions about this widely publicized number from the CDC. Even mainstream publications sometimes have questions about diseases and vaccines. Once in a while. Read more
Filed under: CDC Watch, Opinion, Vaccine Science, Vaccine/Disease Analysis
A handful of countries recommend the chickenpox (varicella) vaccine for all children and an even smaller group have a chickenpox booster on the schedule. The US leads the pack of countries with a 2 shot schedule, and following along are Ecuador, Saudi Arabia, Germany, Greece, and part of Australia.
Some countries give the shot to adolescents, others offer it to members of “risk groups”… and a few have a one-shot schedule for toddlers: Canada, Costa Rica, Uruguay, Cyprus, Latvia, and Korea. A grand total of 26 countries offer the shot in one way or another. 
The US was the first country to recommend the shot for all toddlers, in 1996 :
…. empiric data on medical utilization and costs of work-loss resulting from varicella were used. The results of this study, which were determined using an estimated cost of $35 per dose of vaccine and $5 for vaccine administration, indicated a savings of $5.40 for each dollar spent on routine vaccination of preschool-age children when direct and indirect costs were considered. When only direct medical costs were considered, the benefit-cost ratio was 0.90:1.  (emphases added)
But it turned out that a single shot of varicella vaccine didn’t work to suppress chickenpox.
…varicella outbreaks have regularly been observed in populations with high vaccination coverage and are the cause of sizable disease and economic impact for public health departments and the US health system overall. To further reduce varicella disease burden, a routine 2-dose varicella vaccination recommendation was approved by the Centers for Disease Control and Prevention (CDC) Advisory Committee on Immunization Practices (ACIP) in June 2006 (first dose for children 12–15 months of age, second dose for children 4–6 years of age) . 
The single-shot regimen showed a narrow margin of benefit only when placed alongside income lost by parents staying home to care for sick children.
But when the one-shot program failed, the ACIP came up with another cost/benefit justification for the second shot where the evidence….
….included ongoing disease burden and varicella-zoster virus transmission, including transmission from breakthrough cases to high-risk persons that may lead to severe disease and even death (CDC, unpublished data); partial or complete susceptibility in 1-dose vaccine recipients as they become adults; the burden on public health agencies due to varicella outbreaks in highly vaccinated school settings, which have proven disruptive to society and costly to control; and the increased immunity and disease protection from a second dose. Overall, the 2-dose strategy still provides very high cost savings (>$0.9 billion from societal perspective).  (emphases added)
So the ACIP justifications for adding a second dose, used the consequences of their decision to recommend the first dose of varicella vaccine. These ingenious calculations created a bigger cost savings than their first round! Read more
Why? Because they questioned a WHO (World Health Organization) diktat in favor of universal Hib vaccination in India.
Sorry, but this is getting ridiculous. Anyone, at any time who raises any concern about the safety, efficacy, or appropriateness of any vaccine is now called anti-vaccine.
Here is a potted history of the recent outbreak of name-calling.
In the July 2010 issue of the Indian Journal of Medical Research this editorial appeared: Introducing pentavalent vaccine in the EPI in India: A counsel for caution.
The latest WHO position paper on Hib says ‘Hib vaccine should be included in all routine immunization programmes. This suggests that Hib vaccine should be included in the immunization programme universally, irrespective of an individual country’s disease burden, not withstanding of natural immunity attained within the country against the disease, and not taking into account the rights of sovereign States to decide how they use their limited resources. The mandate and wisdom of issuing such a directive, for a disease that has little potential of becoming a pandemic, needs to be questioned.
The editorial reviews the available data and on the basis of the science, questions the need for the Hib vaccine in India.
In response to this thoughtful challenge to the WHO policy on Hib, a news commentary was published in the BMJ (British Medical Journal) which called the concerned doctors an “anti-vaccine lobby.” This article, which is unreferenced, claims:
The Hib organism, which can cause severe bacterial meningitis and pneumonia, is estimated to kill more than 370 000 children worldwide each year, GAVI said. Nearly 20% of these deaths occur in India.
In response to the BMJ article, a rapid response was published in the online version of the BMJ by eight members of the supposed “lobby”
The doctors wrote:
The thrust for including Hib vaccine in India is based on 2 arguments. The first is that there is anecdotal evidence of the existence of Hib disease and Hib meningitis in India and that Hib meningitis may lead to long term morbidity. The second argument is that the well-to-do parents sometimes buy Hib vaccine in the open market to vaccinate their children. The Government of India must therefore provide it free for the poor, on the grounds of equity and fair play (2).
The problem with the anecdotal reports is that they do not specify the size of the universe from which the samples are drawn and public health policies cannot be based on these figures without a denominator. The many systematic surveys done to look at the magnitude of the problem of Hib disease in India have nearly always shown that the incidence of Hib disease is much lower than what was projected for India. Most of these studies have been funded by the WHO and these have been reviewed recently in an open access journal (3).
So, we have the BMJ calling names and publishing an unreferenced attack claiming high numbers of deaths from Hib, while the supposed anti-vaccine lobby provides carefully referenced information debunking the claims.
The pro-vaccine lobby has plumbed to new depths.
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
Filed under: CDC Watch, Parents' Pages, Vaccine Myths, Vaccine/Disease Analysis, WHO Watch
Over the next few weeks, Inside Vaccines will be taking a closer look at Poliomyelitis infections, exploring aspects of the history of poliomyelitis; describing environmental factors that increase the incidence of paralytic polio; considering the history and efficacy of the vaccines used against polio; and finally, exploring the campaign to eradicate polio.
First, let’s look at some basic information.
When most people think of poliomyelitis, they think of children who had lameness and leg deformities, with their legs in braces, or lying in iron lungs (old-style breathing machines, or ventilators) because they couldn’t breathe. Most people link all paralysis and lameness solely to a group of viruses called POLIOMYELITIS. The World Health Organization describes polio:
Polio is a highly infectious disease caused by a virus. It invades the nervous system, and can cause total paralysis in a matter of hours. The virus enters the body through the mouth and multiplies in the intestine. Initial symptoms are fever, fatigue, headache, vomiting, stiffness in the neck and pain in the limbs. One in 200 infections leads to irreversible paralysis (usually in the legs). Among those paralysed, 5% to 10% die when their breathing muscles become immobilized. 
Now for a more accurate picture of exactly what “poliomyelitis” is.
The poliomyelitis viruses fall within a class of viruses called “human enteroviruses” . Polioviruses belong to the viral family Picornaviridae . There are three types: 1 Brunhilde; 2 Lansing; and 3 Leon. Amongst these types there are hundreds of different strains. Type 1 is considered the most serious virus, followed by type 2.
Technically, a person can “get” poliomyelitis 3 times, since the types do not give cross protection to each other, but in practice, having clinical polio three times is very rare.
How is poliomyelitis virus transmitted?
Poliomyelitis is transmitted by person-to-person spread through fecal-oral and oral-oral routes, or occasionally by a common vehicle (e.g., water, milk). 
What happens when people are exposed to polioviruses?
When non-immune persons are exposed to wild poliovirus, inapparent infection is the most frequent outcome (72 percent). 
Most people won’t even be aware that they were sick. Read more