Sunday 10 October 2021

We already have defences against Covid-19. The second jab of vaccine will kill some of us.

 A soft-spoken doctor (Dr. Bhakdi) makes sense of our body's response to the Covid-19 virus and vaccines.   (Ignore the subtitles in the picture.  The short talk is in clear English).

Key point:  We've seen a similar corona virus before. Against novel infections, we manufacture the antibody type called Immunoglobulin-M which appears in our blood after about 30 days.   Against infections that look familiar, we recall into service our existing Immunoglobulin-G and -A antibodies and these appear in our blood about a week later.  Three recent papers prove that IgG and IgA responses appear within a few days of a test injection of the vaccine with Covid-19 spikes.  The conclusion:   We've seen a similar corona virus before.  We already have a form of herd immunity but locked away until needed.  As the Doctor says, all groups found that all subjects who had been vaccinated responded within days with antibodies.

Key point:  When the virus lands in the throat and nose, it takes days to multiply before it can reach the lungs where it may be deadly.  This is enough time for the IgA and IgG to be mobilized.

Key point:  The Vaccine triggers clot formation. The spike protein genes injected with the Covid-19 jabs circulate in the blood with some entering the cells lining the blood vessels. The cells begin to manufacture the spike proteins which can then protrude into the blood itself.  Unfortunately, our body's defence system considers this to be an enemy invasion and may attack and kill our own blood vessels (vascular endothelium) which results in clot formation "which we know is happening all over the place".  This explains some of the weird and even fatal secondary debilities elsewhere in the body.  The initial landing of the virus in the nose and throat can spread and so can the initial landing of the supposedly harmless spikes in the vaccine.

Key point:  The second jab is more dangerous than the first one.  The second jab comes after enough time has passed for the body to manufacture type M immunoglogbulin too and the second jab raises antibody levels even higher at a time when blood cells have started expressing spikes they manufactured from the gene material in the first jab.  This results in increased attack on the blood cells by all three kinds of antibodies as well as the lymphocytes and the leukocytes.  This is something never seen before: both the anit-virus and anti-bacteria systems kick in with the ability to attack our own blood vessels.

Key point:  Common flu viruses have a volatile gripping surface to catch onto our own cells and enter therein.   The Covid-19 virus and variants have a relatively stable gripping surface which makes them easier to recognize.  Old antibodies can generally attach to the new corona virus and plug its grip surface.  Old antibodies to the common flu have a much more difficult time recognizing each season's variants.

Key point: He gives an understandable tour of the immune response system.   If you're like me, you've been hearing stuff about the immune response but couldn't really explain it to someone else.   A virus or bacterium arrives.  If it's unfamiliar the IgM antibody system slowly kicks in, coming up to speed in about a month.  If it's familiar, the IgA and IgG antibody systems quickly kick in.    First the cell surface is protected.  If however the cell is penetrated by virus, lymphocyte killer cells are called into service to consume the infected cell, virus and all.  (Lymphocytes make up about a third of our white blood cells).  If instead it's bacteria that have invaded, the antibodies clog up the gripping surfaces of the bacteria and the other type of killer blood cell is called into service.  Leukocytes show up and consume the infected cells, bacteria and all.

His conclusion:  "No one knows what the outcome will be but the vision is so awful, so terrifying, that I myself don't really want to know the answer."

A deeper dive into the science in this April 2021 paper records that the introduction of spike protein causes damage to the lining of the blood vessels (vascular endothelium) and to the lung.  My friend Ian Nunn considers this a pivotal paper and considers the points above in harmony with that earlier paper.

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