Placebo

Those who would give up essential Liberty to purchase a little temporary safety,
deserve alt Liberty nor Safety.
Benjamin Franklin
29-06-2017 19:58
  1. How is the safety of vaccines tested? Randomized double-blind placebo-controlled studies are done, and they look at the side effects which arise for the people who received the vaccine, and compare them to the control group.

  2. Clinical trials are very expensive, they cost tens of millions of dollars. Developing medicines costs hundreds of millions. But all of this is trivial for pharmaceutical companies. An FDA-licensed vaccination very quickly becomes part of the vaccination schedule of most countries, and yields billions in profit on an annual basis. For example, sales of one of the recently licensed vaccines, Gardasil (against HPV), account for more than 3 billion per year.

  3. Naturally, pharmaceutical companies want to lower the odds of unsuccessful clinical trials. But do they have a legal opportunity to do so?
    It turns out they do, and it is very simple. Instead of a placebo, you just need to use something which is not a real placebo, but something sufficiently toxic, which leads to the same side effects as the vaccine being tested. One of the most toxic components of vaccines is aluminium (this is shown in another section), which is used as an adjuvant in most vaccines. If, instead of a placebo, aluminium is used, or, for example, aluminium with ethylmercury, or simply another vaccine, it is possible to increase the number of side effects in the control group, and then it will be comparable to the number of side effects in the group which received the new vaccine. Thus we conclude that the new vaccine has no side effects, and it is completely safe. On the basis of these data the FDA and CDC also conclude that the vaccine is safe, and then so do all the remaining countries.
    Is this legal? Absolutely.

  4. But in principle you don’t even have to agonize over the choice of placebo. It is by no means obligatory to use a placebo in randomized clinical vaccine studies. The studies don’t even have to be randomized or blind. You can simply give everyone the vaccination, and see what the side effects are. If the majority remains alive, it means that the vaccine is absolutely safe.
    Here are two very interesting articles:

  5. What's in placebos: who knows? Analysis of randomized, controlled trials. 2010, Golomb, Ann Intern Med.

    Inert substances do not exist, and no norms exist for what a placebo must consist of. This, of course, affects the results of the studies.
    There is no requirement to disclose the contents of placebo used in clinical trials. Medical journals do not require this information either.
    The authors analysed 167 clinical studies, published in four of the most prestigious medical journals. Most of the clinical studies did not disclose the composition of the placebo. Only studies for 8% of pills and 26% of injections reported what was used as the placebo. For example, in the study on medication for anorexia associated with cancer, it was found that the medication positively affects the GIT. However, lactose was used as the placebo. Oncological patients who are undergoing chemo and radiation therapy usually have lactose intolerance, which resulted in the medication which did not contain lactose differing favorably from the “placebo”.

  6. Testing vaccines in pediatric research subjects. 2009, Jacobson, Vaccine

    In 1930, two doctors from the German city of Lübeck decided to vaccinate children en masse against tuberculosis with the BCG vaccine which, although it had been available since 1921, had not really been used. In the 12 months of this campaign, 208 children contracted tuberculosis due to the vaccinations, and 77 died. The doctors were arrested and convicted of murder.
    This led to discussion on the use of children in medical experiments. In 2008, the USA renounced the Declaration of Helsinki. (Instead, it uses Good Clinical Practice, which does not restrict pharmaceutical companies as much as the Declaration of Helsinki).
    In vaccine studies it is possible to use saline (an isotonic solution), but researchers often choose other medicines. The article cites four examples:
    In the study on a vaccine for pneumococcus (PCV9), another vaccine (DTP-Hib) was used as the placebo.
    In the study on a vaccine for cholera, a vaccine for E. coli was used as the placebo.
    In another study on a vaccine for pneumococcus (PCV23), vaccines for hepatitis A and B were used.
    In a fourth study, aluminium hydroxide mixed with thiomersal (ethylmercury) was used as the placebo.

  7. Unlike the clinical trials for medicines, where the contents of the placebo are often concealed, many vaccine producers do not normally conceal the used placebo. In order to find out, you just need to read the vaccine inserts. Here are only a few examples.

  8. Daptacel, a vaccine for diphtheria, tetanus and whooping cough (DTaP, Sanofi Pasteur). Three vaccines were used as the placebo: DTP, DT and an experimental vaccine for whooping cough.
    Yes, yes. An experimental vaccine was used as a placebo. Let that sink in.

  9. Infanrix, another vaccine for diphtheria, tetanus and whooping cough (DTaP, GlaxoSmithKline). The vaccine Pediarix was used as the placebo. In addition, both groups received these vaccines alongside vaccinations for hepatitis B, pneumococcus, chicken pox, polio, haemophilus influenzae, measles, mumps and rubella.

  10. Pediarix, a vaccine for diphtheria, tetanus, whooping cough, hepatitis B and polio (DTaP-HepB-IPV, GlaxoSmithKline). This vaccine was tested together with a vaccine for haemophilus influenzae. The control group received the vaccine Infanrix, as well as a vaccine for polio and haemophilus influenzae.

    That is, roughly speaking, Pediarix was used as the placebo in the Infanrix trials, and Infanrix was used as the placebo in the Pediarix trials. All of this was seasoned with a blend of several other vaccines, in order to completely eradicate the possibility of distinguishing any side effects from the vaccine being tested.

  11. The first vaccines for diphtheria, tetanus and whooping cough appeared long before anyone bothered with clinical trials or the use of placebos. Thus, here it can be argued that the use of a placebo to test them, i.e. not to vaccinate a portion of the children, is unethical. But even the clinical trials of new vaccines, against new diseases, use other vaccines as the placebo.

  12. Havrix, a vaccine for hepatitis A (GlaxoSmithKline) The clinical study included three groups. The first received Havrix. The second received Havrix + MMR (a vaccination against measles/mumps/rubella). The third received MMR + chicken pox, as well as Havrix after 42 days.

  13. Prevnar, pneumococcal vaccine (PCV7, Wyeth). The placebo was an experimental (!) meningococcal C vaccine.
    The next version of this vaccine Prevnar-13 (Pfizer) already used Prevnar as a placebo.

  14. Cervarix, human papillomavirus vaccine (GlaxoSmithKline). The placebo vaccine was a hepatitis A vaccine, as well as aluminum hydroxide.

  15. Engerix-B, a vaccine for hepatitis B (GlaxoSmithKline). There was no control group.

  16. Recombivax, a vaccine for hepatitis B (Merck). There was no control group.

  17. MMR-II, a vaccine for measles, mumps and rubella. There was no control group. Indeed, no clinical safety studies were done for this vaccine.

  18. In order to license a new vaccine, it is quite enough for the FDA for it not to be more dangerous than any other vaccine, whether an experimental vaccine, or aluminium hydroxide, or any other substance, which the pharmaceutical company is not obligated to disclose.
    In clinical studies for vaccines, a real, inactive placebo is virtually never used.
    So next time someone claims that vaccines are completely safe, ask them in comparison to what they are completely safe.
    Vaccines are only completely safe compared to other vaccines, or compared to extremely toxic substances.

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Full-text of papers mentioned above on Google.Drive

By chapters:

1.
Anti-vaxxers
2.
Physicians
3.
Placebo
4.
Safety
5.
Unvaccinated
6.
Aluminum
7.
Papilloma
8.
Hepatitis B
9.
Whooping cough
10.
Tetanus
11.
Diphtheria
12.
Measles
13.
Mumps
14.
Rubella
15.
Polio
16.
Influenza
17.
Haemophilus influenzae
18.
Pneumococcus
19.
Chickenpox
20.
Rotavirus
21.
Hepatitis A
22.
Meningococcal
23.
Tuberculosis
24.
Vitamin K
25.
SIDS
26.
Mercury
27.
Autism
28.
Allergies and autoimmunity