(They can’t decipher what human vaccines are made of, though some contain ANIMAL (mouse, horse, chicken) - as well as HUMAN DNA....along with a host of other substances that don’t belong in the human body. Imagine the garbage that’s put in animal vaccines).
“Peer-reviewed publication on MMRV vaccines..” (March 2020)
“...the first major issue that we had to investigate was the abnormal amount of human DNA found within the vaccines analyzed.”
What did we find in the 6-in-1 (Infanrix Hexa) vaccine?
antigens - Protein antigens have not been identified. Presence of an insoluble and indigestible macromolecule that coul not be sequenced. MALDI-TOF analysis of the macromolecule: it was not possible to study it because it incorporated the matrix of the analysis. 1 Is it a prion behavior?
Six antigens are declared in Infanrix Hexa vaccine: tetanus toxoids, diphtheria and pertussis (three antigens), D antigens of the three polio viruses, chemically engineered proteins for hepatitis B and haemophilus polysaccharides chemically bound to the tetanus toxoid as carrier. Treatment with formaldehyde and glutaraldehyde is necessary to produce toxoids, which should remove toxicity while maintaining the ability to create protective antibodies against the original toxins. We were expecting to find the three toxoids and the other antigens not chemically modified by formaldehyde and glutaraldehyde treatments, separable from each other and digestible by the protein-specific enzyme (trypsin). Instead, an actual polymer was found, insoluble and indigestible, consisting of the set of chemically bound antigens, on which information is also available in the literature for individual antigens.
This macromolecule has not been recognized in any way by the protein databases and is therefore in fact a solid compound of an unknown chemical structure.
Remember the macromolecule we found in the Infanrix Hexa? The one that is indigestible, and that we had not been able to identify?
Here is the report of the analysis "MALDI-TOF" (methodology called into question by critics of the use of trypsin). The result, in simple terms, tells us that the macromolecule is a sort of "black hole" or sponge, which absorbs everything it comes into contact with.
It was not possible to "divide" it or identify any content.
The conclusions
From the analyzes performed it was not possible to identify the compound but to detect some chemical-physical properties on which to pay attention:
* Insolubility of the compound in polar media;
* Potential ability of the compound to aggregate and sequester compounds present in the organic solution;
* Non-volatile compound even if irradiated with MALDI laser light.
It means that the compound is of high molecular weight and consists of a single large apolar macromolecule.
The features mentioned above are typical of different compounds including:
* Functionalized resins.
* Macromolecular compounds with altered, aggregate and retentive conformation (insoluble with high resistance to digestion eg: PRIONS).
This is the fact, Remember That this substance was found Within the most common and used for hexavalent pediatric age, in other words it is injected in newborns obligatorily.
Re: 40 - Yet they are so confident of their research that they won’t submit it for peer review…