Your Immune System, How It Works And How Vaccines Damage It
"Chronic illnesses are now so common, having a sick child seems to be the new normal.Children are supposed to be vibrant, healthy, free of disease." - Janet Levatin MD, Pediatrician.
Medical theory is that if your child is exposed to a weakened version of the disease, he will produce antibodies to that disease and become ‘immune’, so that he will never contract the illness.
At first glance, this sounds like a solid principle, BUT it only focuses on one small aspect of the immune system, the antibodies, and fails to look at all the other functions responsible for protecting your child’s health.
So, how does the immune system work?
The immune system is also made up of the skin, mucous membranes in the nose and throat, ears and eyes, nasal hairs, saliva, the spleen, intestines, tonsils, the thymus gland and even the brain. All of these parts work together in a holistic way to bring about a whole body immunity, which is only in part to do with antibodies.
• The skin acts as a barrier to prevent bacteria entering the body. It also filters out toxins through fever, which is the purpose of a fever when your child is ill.
• The nasal hairs prevent foreign particles from travelling up the nose, and the mucous membranes excrete a substance which is anti-bacterial.
• Tonsils help prevent respiratory diseases and illnesses such as Polio, and saliva contains substances which destroy and neutralise microbes.
• The spleen and intestines, among other organs, deposit fats and vitamins around the body and protect against viral and bacterial invasion.
• The thymus gland produces thymus cells, known as ‘T’ cells, which are antibodies to infection.
• There are various glands (nodes) in the body that drain it of toxins and useless material. For instance, the cervical nodes drain the head, neck and chest.
• The pituitary gland in the brain directs all of the systems above, so if the brain goes wrong, so does the immune system. It sends electrical impulses to all areas of the body, stimulating cell re-generation and muscle growth. These electrical impulses also stimulate the thymus gland – the centre of immune function.
What effect does vaccination have on this immune function?
Vaccination – the act of artificially acquiring a disease so as to become immune to it – is flawed in a number of ways. Firstly, a vaccine contains many hazardous chemicals and not just the viruses to immunise against. These each have their own toxic affect on the body. Secondly, the route of entry is different to a naturally occurring disease. Most natural diseases would enter through the mouth or the nasal cavity, not the skin.
Vaccination breaks the skin with a needle and injects foreign matter into the blood supply.
This bypasses the skin’s role in immune function, as well as the tonsils, the mucous membranes, and so on.
Normally, the body produces extra antibodies after being primed by the tonsils that there is impending infection. Therefore, if the infection takes hold, there will be an army of white blood cells, ready to neutralise the infection.
In the case of vaccination, this infection goes straight to the blood, with no prior build up for the body, and there are no extra immune cells to deal with it.
Also, with vaccination there is more than one disease present (e.g. measles, mumps, rubella all in one), whereas naturally a child would never contract 3 diseases at the same time. This puts additional strain on the immune system.
What problems can this cause?
Injection of vaccine via this unnatural route can use up 70% of the immune system’s resources, instead of the usual 3 to 4% with a wild occurring disease (according to Cynthia Cournoyer, ‘What About Immunizations?’, Dennis Nelson Publishers, 1991).
Because the body has no extra antibodies waiting to counter the vaccine, it can go into overdrive in an attempt to deal with the situation, taking much needed vitamins away from bones and other organs, to use for the production of more antibodies. This means that the other vital systems go short on vitamins, in extreme cases leading to bone fractures caused by the immune response leaching vitamins to cope with the vaccine. This lack of vitamins can also cause bruising and retinal bleeding and haemorrhaging, which is why some vaccine damaged babies have been falsely labelled as ‘shaken baby syndrome’ cases. These type of vaccine injuries are similar to those caused by trauma.
The massive surge of antibodies created by the vaccine can also cause the body to become hypersensitive and this is responsible for the increase in allergies and auto-immune diseases. Allergies are an over-exposure to toxic elements which the body is unable to cleanse itself of.
If the adrenals, which include the pancreas, the pituitary gland and the spleen, become over-stimulated, for instance, by vaccination, this can cause the body to become toxic and unable to regulate itself. This has been linked to heart disease, diabetes, asthma and bronchitis, to name a few. Over-stimulating the adrenals also causes a decrease in circulation of blood round the body, and atrophying of vascular vessels.
It is in this state of dysfunction and chemical overload, from vaccines, pollution, junk food, pharmaceutical drugs and so on, that our bodies become less able to stay healthy.
‘When the body is in its ideal state of harmony, there is no need for "immunity." In such a state of harmony and balance, the thymus functions properly as the central regulator for the proper digestion of elements and all that is taken into the body is digested and excreted.’ – (Stonebridge Associated Colleges, 2005).
In the time immediately following vaccination, when extra vitamins are being used up to fight the vaccine, this may actually make the person more susceptible to the disease. For instance, in the Merck, Sharp and Dohme LTD product information for HIB vaccine, it states: ‘Cases of Haemophilus B disease may occur in the weeks after vaccination’, and in Lederle Hibtiter information sheet, ‘Cases of HIB disease, although rare, may occur after vaccination.’ This is known as ‘PROVOCATION disease’, i.e. disease caused by vaccine.
Live vaccines are more likely to pass on the disease to their recipient or his close contacts, as the viruses are excreted in urine, faeces and saliva for upto 3 weeks after each shot.
The polio vaccine was changed from the live oral vaccine to part of the injectable, killed 5 in 1, because the only cases of polio in western countries were caused by the vaccine.
Vaccine caused diseases are often more severe than the naturally occurring disease. For instance, ATYPICAL measles, only got by vaccinated children, is much more serious because the vaccine suppresses the child’s rash, which is his means of excreting the toxins, and this leads to the toxins being pushed deeper into the body and affecting the major organs and sometimes the brain, as atypical measles encephalitis.
Vaccine viruses can also attach themselves to cells, organs and brain tissue and cause cancers, disabilities and brain injury, as in the case of a boy who became autistic and had a seizure disorder after his MMR jab at 15 months. Great Ormand Street Children’s Hospital tested him at 13 years of age and found remains of vaccine viruses in the injured parts of his brain. (The Sunday Express, 6 October 2002).
Antibodies to brain tissue have also been found in blood tests of autistic children.
Even with inactivated vaccines, it is possible for the killed virus or bacteria to mutate into a different form of the disease. For instance, a 16 year old Canadian girl died of Meningitis B after her boyfriend had been given the Meningitis C vaccine. Lab tests confirmed that the vaccine can mutate into B form and infect both the recipient and his or her close contacts. (Pulse, doctor’s magazine, 20th November 1999).
Large numbers of chronic diseases have evolved in the place of infectious disease, since the introduction of mass vaccination, including ME, Lupus, Guillain-Barre Syndrome, Autism (previously known as Kanner Syndrome, discovered by Dr. Kanner in the 1940’s), MS, Ebola virus, AIDS, Lichen Planus, Vulvodynia and other hypersensitivity conditions, not to mention the rife and uncontrollable rates of cancer, heart disease, asthma, eczema and other allergies. Even meningitis was extremely rare before the 20th century.
We are killing ourselves in our quest to ‘prevent’ childhood illness, as mother nature is stronger than man, so tampering with immune function can have disastrous consequences for all.
Vaccines Cause Immune Suppression
Immunostimulation Versus Immunosuppression after Multiple Vaccinations: the Woes of Therapeutic Vaccine Development
Three articles in this issue of Clinical Cancer Research show how multiple vaccinations can lead to immunosuppression. Moreover, two studies in patients show that granulocyte macrophage colony-stimulating factor (GM-CSF) as an adjuvant immunostimulant to different kind of vaccines can lead to adverse outcome in terms of relapse-free and overall survival. Modulation of regulatory T-cell activity may be required to overcome this outcome and may be crucial for the successful development of therapeutic vaccines.
Source: (Clin Cancer Res 2009;15(22):6745–7)
Cancer Patients Injected With Cancer Vaccine Caused 'Early Melanoma Deaths'
Ninety-seven patients with resected melanoma (stage II-IV) were enrolled, stratified by stage, and randomized to receive a cellular melanoma vaccine with or without GM-CSF. The primary endpoint was delayed-type hypersensitivity (DTH) response to melanoma cells. Antibody responses, peripheral leukocyte counts, and survival were also examined.
Results: The GM-CSF arm showed enhanced antibody responses with an increase in IgM titer against the TA90 antigen and increased TA90 immune complexes. This arm also had diminished antimelanoma cell delayed-type hypersensitivity response. Peripheral blood leukocyte profiles showed increases in eosinophils and basophils with decreased monocytes in the GM-CSF arm. These immune changes were accompanied by an increase in early melanoma deaths and a trend toward worse survival with GM-CSF.
Conclusion: These data suggest that GM-CSF is not helpful as an immune adjuvant in this dose and schedule and raise concern that it may be harmful. Based on the discordant findings of an immune endpoint and clinical outcome, the use of such surrogate endpoints in selecting treatments for further evaluation must be done with a great deal of caution.
Source: (Clin Cancer Res 2009;15(22):7029–35)
Partial CD4 Depletion Reduces Regulatory T Cells Induced by Multiple Vaccinations
Results: Multiple vaccinations, rather than boosting the immune response, significantly reduced therapeutic efficacy of adoptive immunotherapy and were associated with an increased frequency and absolute number of CD3+CD4+Foxp3+ T regulatory (Treg) cells. Anti-CD4 administration reduced the absolute number of Treg cells 9-fold. Effector T-cells generated from anti-CD4–treated mice were significantly (P < 0.0001) more therapeutic in adoptive transfer studies than T cells from multiply vaccinated animals with a full complement of CD4+ cells.
Conclusion: These results suggest that CD4+ Treg cells limit the efficacy of multiple vaccinations and that timed partial depletion of CD4+ T cells may reduce suppression and “tip-the-balance” in favor of therapeutic antitumor immunity. The recent failure of large phase III cancer vaccine clinical trials, wherein patients received multiple vaccines, underscores the potential clinical relevance of these findings.
Source: (Clin Cancer Res 2009;15(22):6881–90)
1 in 5 Americans Suffer From Allergies
If springtime breezes bring you sniffles, you can take comfort in the knowledge that you are not alone.
For reasons that researchers do not fully understand, allergies to pollen, dust, pet dander and food have become more prevalent among Americans in recent decades. Today, one out of every five Americans suffers from allergies, according to the Asthma and Allergy Foundation of America.
“We don't know why the incidence of allergies is on the rise,” said Maya Jerath, M.D., Ph.D., an assistant professor in the University of North Carolina at Chapel Hill School of Medicine and director of the UNC Allergy and Immunology Clinic.
Nor do researchers understand why an allergy develops in the first place. “That has baffled people and continues to baffle people in this field a lot,” she said.
An allergy is an immune reaction to a harmless substance, such as a pollen grain or peanut protein. Instead of ignoring the substance, the body produces antibodies to mount a fight against it. Allergy symptoms can range from itchy eyes and sneezing to life-threatening anaphylactic reactions.
The causes of allergies remain elusive in part because the immune system's role is complex, Jerath said. The system must defend the body from countless foreign invaders in food, water and the air around you.
Significantly for allergy sufferers, the immune system must also learn to distinguish particles that are dangerous from those that are not. For most people, this learning occurs during early childhood.
“If it doesn't get adequate exposure to certain things, those regulatory mechanisms don't get set up,” Jerath said.
For that reason, some researchers believe that a lack of exposure to microorganisms early in life may precondition a person to allergies. This explanation, called the “hygiene hypothesis,” suggests that growing up surrounded by many other children, dirt or livestock helps the immune system develop a tolerance to harmless irritants.
Source: Physorg.com, by Sara Peach, 24 February 2010.
The spectrum of post-vaccination inflammatory CNS demyelinating syndromes
A wide variety of inflammatory diseases temporally associated with the administration of various vaccines, has been reported in the literature. A PubMed search from 1979 to 2013 revealed seventy one (71) documented cases. The most commonly reported vaccinations that were associated with CNS demyelinating diseases included influenza (21 cases), human papilloma virus (HPV) (9 cases), hepatitis A or B (8 cases), rabies (5 cases), measles (5 cases), rubella (5 cases), yellow fever (3 cases), anthrax (2 cases), meningococcus (2 cases) and tetanus (2 cases). The vast majority of post-vaccination CNS demyelinating syndromes, are related to influenza vaccination and this could be attributed to the high percentage of the population that received the vaccine during the HI1N1 epidemia from 2009 to 2012. Usually the symptoms of the CNS demyelinating syndrome appear few days following the immunization (mean: 14.2 days) but there are cases where the clinical presentation was delayed (more than 3 weeks or even up to 5 months post-vaccination) (approximately a third of all the reported cases).
In terms of the clinical presentation and the affected CNS areas, there is a great diversity among the reported cases of post-vaccination acute demyelinating syndromes. Optic neuritis was the prominent clinical presentation in 38 cases, multifocal disseminated demyelination in 30, myelitis in 24 and encephalitis in 17. Interestingly in a rather high proportion of the patients (and especially following influenza and human papiloma virus vaccination-HPV) the dominant localizations of demyelination were the optic nerves and the myelon, presenting as optic neuritis and myelitis (with or without additional manifestations of ADEM), reminiscent to neuromyelitic optica (or, more generally, the NMO-spectrum of diseases). Seven patients suffered an NMO-like disease following HPV and we had two similar cases in our Center. One patient with post-vaccination ADEM, subsequently developed NMO.
Overal, the risk of a demyelinating CNS disease following vaccination, although non-negligible, is relatively low. The risk of onset or relapse of CNS demyelination following infections against which the vaccines are aimed to protect, is substantially higher and the benefits of vaccinations surpass the potential risks of CNS inflammation. This does not in any way exempt us from “learning” the lessons taught by the reported cases and searching new and safer ways to improve vaccination techniques and increase their safety profile.
Source: Autoimmunity Reviews, Volume 13, issue 3, March 2014.
MODERN CHILDREN ARE SICKER THAN THEY WERE IN THE 1940's AND 50's
"In 1947 I was a nursery nurse student working in a nursery for little babies whose mothers needed to work as they were illegitimate and so no fathers were getting a wage.
The babies were very well and very sweet. There were colds and flu occasionally and scabies now and again.
There was NO asthma, eczema, epilepsy, hyperactivity, cardiac disease or cot death. Cot death started in 1957 after DPT was started.
You need to be in your 80's to remember what life was like. Babies died of pneumonia because the houses were so cold but NOT of the awful diseases they have now."
Mrs B - Retired Nursery Nurse.