Evidence based pathology of vaxx deaths, injuries | Prof. dr. Arne Burkhardt, March 11, 2022

Some notes (approximate time stamp in square brackets):

- [12m] Dr. Burkhardt has previously shown severe damage after injection in autopsies. Critics said this was not due to the injection, but due to a breakthrough infection of SARS-CoV-2. First of all, this is very unlikely, because sudden deaths after infection don't just happen. A real COVID death would require flu-like symptoms first. Also, in an actual COVID injection, proteins should be present that are in the virus but not in the jab, such as the nucleocapsid protein. Dr. Burkhardt has tested for this specific protein in damaged tissues and has not found it, so this rules out that the damage might be caused by a breakthrough infection.

- [33m30s] Contaminations found in both Pfizer and Moderna fluids have been tested with Scanning Electron Microscopy (SEM) for the atoms present. They have found particles that are high in both carbon and oxygen, which could point to graphene oxide, although this has not been fully confirmed. They also have found metallic particles containing silicon, aluminum, calcium, magensium, iron, cobalt, chromium and titanium. Glass-like objects have also been found. Whatever they are, they should not be there. Noteworthy is that no contaminations were found in the Janssen / Johnson and Johnson fluids.

NB: The word 'contamination' might lead one to think that these particles are there by accident. This is not necessarily the case: the producer could also have added the particle on purpose.

- [39m] Dr. John Campbell has mentioned many months ago that many adverse events after injection may be due to accidental intravenous injections. In this case, the injection is not so much in the shoulder muscle but in a blood vessel in this muscle. Aspiration, i.e. pulling back on the plunger of the syringe, could prevent accidental intravenous injections. Doctors who used to do this say that in 5%-10% of injections are intravenous. In children, rates of accidentally hitting a blood vessel can be as high as 40%. WHO has said since 2016 that intravenous injections in the shoulder are impossible, since the blood vessels are simply too small. Burkhardt has measured the size of blood vessels in the shoulder, and it turns out that they can be larger than 1 millimeter. The tip of the needle is about 0.5 mm, so intravenous injections are absolutely possible.

It has now been shown that intravenous injection is extremely bad. See also the following scientific article published in August of 2021:

Intravenous Injection of Coronavirus Disease 2019 (COVID-19) mRNA Vaccine Can Induce Acute Myopericarditis in Mouse Model
https://academic.oup.com/cid/advance-article/doi/10.1093/cid/ciab707/6353927

After publication of this article, the Robert Koch Institute (German equivalent of CDC), has withdrawn their recommendation to NOT aspirate.

NB: Of course the very best way not to get any injection fluid in a blood vessel, is not to inject at all.

REFERENCE

https://pathologie-konferenz.de/en/

SOURCE: https://odysee.com/@en:a5/Pathology-Conference_Burkhardt_Presentation_EN_20220311:7