Dr. Mikolaj Raszek, founder and managing director of Merogenomics, discussed serious findings from an October 2021 study in Viruses.
In the video above, Dr. Raszek details the ramifications of the spike protein entering the cell nucleus.
The spike proteins inhibit the proper fixing of broken DNA, specifically double-stranded breaks where both strands are broken.
While it’s still unknown how, theories suspect interference with the BRCA1 gene product’s ability to repair DNA.
If the BRCA1 gene mutates, then there’s a high predisposition for developing cancer.
Based on the findings in the Swedish paper, Dr. Raszek urged to reinvestigate and verify the claims.
Now, Dr. Raszek has analyzed additional data from a Pfizer study released by Australian authorities tasked with approving medications.
The study provided additional evidence that the spike proteins do indeed enter the cell nuclei.
UNCOVERDC wrote:
On Wednesday, a Canadian doctor presented evidence—straight from an Australian study on Pfizer’s COVID-19 “vaccine”—corroborating the idea that the spike protein in COVID-19 “vaccines” enters the cell nuclei. According to Dr. Mikolaj Raszek, this is the first evidence he’s seen to back up the discovery last year that the SARS-CoV-2 full-length spike protein potentially enters human cell nuclei and interferes with the mechanics of fixing broken and damaged DNA. If this is true, in theory, then the spike protein “could be a mutagen because it prevents the fixing of our DNA.”
Scientific evidence from Pfizer, presented to the Australian government confirming the possible entry of the spike protein into the cell nuclei. https://t.co/bBPFgdzhl6
— Merogenomics (@merogenomics) February 23, 2022
Read the full study at this link.
cont. from UNCOVERDC
Raszek explains that pg. 34 of the Jan. 2021 Australian Government’s “Nonclinical Evaluation Report” of “BNT162b2 [mRNA] COVID-19 vaccine (COMIRNATY),” section 2.3. Expression of Antigens refers to the spike protein itself that is being produced “from the genetic material introduced via the vaccine.” He noted that HEK293T cells, which are human embryonic kidney cells, are very standard cells to use in scientific studies.
In Fig. 2-18, he pointed out that the graph on the left-hand side (Transfection frequency) indicates how effectively the different vaccine constructs enter the cells, called transfection. Explaining the diagram, Raszek notes that when measuring the transfection of just the RNA itself (singled out from the rest of the ingredients in the Pfizer vaccine), as indicated by the black bar, the RNA alone was successfully able to enter the cells.
Next, when examining the gray bar (which represents all the ingredients in the vaccine, including the RNA), Raszek remarks the transfection frequency is even greater. Specifically, in this case, the RNA is encapsulated within a fat molecule called a lipid molecule. Notably, very thin layers of lipid molecules make up the cell membrane. Raszek explains, “Vaccine products themselves are inserted into their own independent little balls of fat, and this allows vaccines to be able to fuse directly with the cell membrane as they encounter the cells. You can see from this graph that such construct of the genetic material inside the vaccine lipid construct gets inside (transfects) the cells even easier than just the RNA alone.”
Dr. Raszek explains in his video titled "Spike protein in nucleus "NEWS" - COVID-19 vaccines update 32"
Scientific evidence from Pfizer, presented to the Australian government, confirming the possible entry of the spike protein into the cell nuclei. We analyzed the remainder of the document information capturing the cell studies and animal studies prior to vaccines being approved, and discuss the limitations the Australian authorities were pointing towards.
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