Filed under: Parents' Pages, Vaccine Myths, Vaccine/Disease Analysis
Vaccines saved us: just visit an old graveyard and look at all the markers for dead babies and children.
Click on the graph to enlarge it. For more graphs go here.
When the vaccine arguments are hot and furious, a frequent insult is: “You don’t understand the science!” The confusion in this case doesn’t arise from ignorance of science, but from ignorance of history. The people who think that vaccines saved millions of children from death see the story like this:
Childhood illnesses run uncontrolled through the population leaving dead bodies in every house. Parents are in despair. Brave doctor cooks up a vaccine, the disease stops dead, and all children come through to a healthy adulthood. Read more
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…
Filed under: CDC Watch, Parents' Pages, Vaccine Myths, Vaccine/Disease Analysis
In 1974 the St. Petersburg Times wrote:
So many people are neglecting to get immunity shots that doctors fear the seven one-time scourges of childhood–polio, mumps, measles, rubella, diphtheria, lockjaw and whooping cough–may strike American communities again.
However, just six years earlier, in 1968, newspaper stories said things like this:
Although mumps is a relatively mild childhood disease, it can cause sterility when it strikes adult males.
At that time the recommendation was to give the recently developed shots to boys if they hadn’t had the mumps by the time they hit adolescence. Read more
Filed under: Parents' Pages, Vaccine Myths, Vaccine Science, Vaccine/Disease Analysis
Introduction: A while back, we explored some common anti-vax myths. Because in the great vaccine debates, the myths tend to outnumber the facts, we’ve decided to begin a multipart series dispelling some of the mythologies people argue over which preclude productive discussions over real issues. Below, you will find the facts behind two more common vaccine myths: herd immunity, and whether or not vaccines are profitable to pharmaceutical companies.
Myth: herd immunity isn’t real, and all the vaccine preventable diseases were declining in incidence prevaccine
Reality: vaccine induced herd immunity is a real phenomenon, and the incidences of the “diseases of childhood” (measles and mumps, for example) averaged out to be constant in the prevaccine era.
Here’s a chart showing the incidence of measles from 1912 till 1960.
Although the “death rate per cases” dropped an amazing amount, the same number of cases were happening per year on average. Read more
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.
Filed under: News, Parents' Pages, Vaccine Science, Vaccine/Disease Analysis, WHO Watch
It’s that time of year again! Having spent last summer consulting the avian set on what’s hot in influenza, the pharmaceutical company has whipped up a fresh batch of flu vaccine, and now they need to move the merchandise! Fortunately, the CDC is happy to help with sales, by expanding the recommendation to ever more age groups. The Advisory Committee on Immunization Policy currently recommends the vaccine for all children aged 6 months to eighteen years. There is just one slight issue that might concern some parents. Peer-reviewed research in The Archives of Pediatric and Adolescent Medicine, Vol. 162 No. 10, October 2008,1 demonstrates that the vaccine is not effective under age 5!
An inherent assumption of expanded vaccination recommendations is that the vaccine is efficacious in preventing clinical influenza disease. Although studies have documented immune responses following 2 doses of inactivated influenza vaccine as well as vaccine efficacy for culture-confirmed disease in randomized clinical trials, surprisingly little information exists regarding influenza vaccine effectiveness (VE) among young children receiving vaccine in routine health care settings.
Look back to the time of the earliest humans and you’ll find chickenpox. Anywhere you go on the planet, you find human beings who carry and share the virus. No remote village or tribe on Earth has ever been discovered to be free of this virus. Quite an achievement! For the virus…
Scientists have studied small, isolated populations, trying to understand how the virus survives; it has a unique survival strategy we call “shingles”.
The Vaccine Adverse Event Reporting System (VAERS) is currently the only method of post-licensure surveillance for adverse reactions to vaccines in the United States. VAERS is a passive reporting system that allows physicians and parents to submit reports of potential adverse events post-vaccination. Unlike the mandatory reporting system for vaccine preventable diseases, there is no mandated system for the reporting of adverse events following vaccination. The FDA and CDC utilize VAERS for identifying adverse events associated with licensed vaccines (Chen, Rastogi, & Mullen, et al., 1994). Rosenthal and Chen (1995) note that vaccine trials “have sample sizes that are insufficient to detect rare adverse events” and “are usually carried out in well-defined, homogeneous populations with relatively short follow-up periods which may limit their generalizability (p.1706)”. Therefore, it can be assumed that accurate reporting of adverse events to VAERS is a critical issue in indentifying adverse events that occur in the general population. Unfortunately, current literature suggests that VAERS is, at best, poorly utilized (Rosenthal & Chen, 1995).