German Scientists Found Toxic, Metallic Compounds in All COVID Vaccine Samples

As reported on August 25th, using modern medical and physical measuring techniques, a group of independent German scientists found toxic substances in all COVID-19 vaccine samples they analysed, mostly metallic particles.

The analysis working group says that some of the toxic elements found inside the AstraZeneca, Pfizer and Moderna vaccine vials were not listed in the ingredient lists of COVID-19 vaccine from the manufacturers.

Below list of metallic elements were found in the vaccines:

Alkali metals: caesium (Cs), potassium (K)

Alkaline earth metals: calcium (Ca), barium (Ba) transition metals: cobalt (Co), iron (Fe), chromium (Cr), titanium (Ti)

Rare earth metals: cerium (Ce), gadolinium (Gd) Mining group/metal: aluminium (Al)

Carbon group: silicon (Si) (partly support material/slide)

Oxygen group: sulphur (S)

Besides, the researchers found out, these substances “are visible under the dark-field microscope as distinctive and complex structures of different sizes, can only partially be explained as a result of crystallization or decomposition processes, cannot be explained as contamination from the manufacturing process.”

The scientists declares that the findings are preliminary and these findings “build on the work of other researchers in the international community who have described similar findings.”

Dr. Janci Lindsay, a toxicologist not involved in the study told the media, “The number and consistency of the allegations of contamination alone, coupled with the eerie silence from global safety and regulatory bodies, is troublesome and perplexing in terms of ‘transparency’ and continued allegations by these bodies that the genetic vaccines are ‘safe’.”

Helena Krenn, the founder of scientists group, has submitted the findings to German Government authorities for review. Two other staggering findings were that blood samples from the vaccinated had “marked changes” and that proportionally more side effects were observed with regards to “the stability of the envelope of lipid nanoparticles.”

A lipid nanoparticle is an extremely small particle, a fat-soluble membrane which act as cargo for the messenger RNA (mRNA).