BREAKING: Integration of corona vaccine-contaminated DNA into the human cell line genome

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by 2nd Smartest Guy in the World, 2nd Smartest Guy in the World:

This important article further establishes that the Modified mRNA “vaccines” integrate into the cells. While these contaminated cells do not express the entire spike protein, but, rather, only part of it, the net effect is that the DNA of the “vaccinated” is irrevocably altered.

Any type of integration into the genome, especially when being assaulted by millions of different random sequences from the “vaccine,” will inevitably cause mutations and other damage to the genome, irrespective if the entire spike protein is expressed, or not.

TRUTH LIVES on at https://sgtreport.tv/

This DNA contamination ultimately results in the plethora of slow kill bioweapon adverse events that we are now seeing in surging amounts, not limited to prion diseases, turbo cancers, SADS, and so on and so forth.

The below is translated from Japanese, and it is a rather technical read, but well worth your time.


by Mao Arakawa (Okudo Hirokushi)

The essence of the corona vaccine contaminated DNA problem is the possibility of altering the human genome. To validate this possibility, Dr. Ulrike Kaemmerer conducted an experiment to administer the corona vaccine to MCF7 and OVCAR-3 cancer cell lines. Dr. McKernan, consulted by Dr. Kaemmerer, conducted an experiment to detect contaminated DNA from these cell lines. He reports on his blog the first case of contaminated DNA integration into the cancer cell line genome. (2SG: yesterdays article entitled, UPDATE: Doctors Warn mRNA “Vaccines” Could Spur Epidemic of Prion Brain Diseases addresses this.)

I was interested, so I attempted to recreate the DNA recombinant event that Dr. McKernan identified. In this article, I will show the results of my analysis.

Nepetalactone Newsletter
Vaccine targeted qPCR of Cancer Cell Lines treated with BNT162b2
Ulrike Kaemmerer has treated MCF7 and OvCar3 cancer cell lines with various vaccines. Once transfected they performed cell passaging on these transfected cell lines to dilute out the residual vaccine and identify cells which were transfected. They performed Immunohistochemistry (IHC) on these cells and documented spike expression levels…
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Dr. Kaemmerer administered the corona vaccine from Pfizer and AstraZeneca to the ovarian tumor cell line OVCAR-3 and, after subculture, confirmed the expression of the spikutanpak by immunohistochemical staining. Deep Sequencing comes at a high cost; therefore, preliminary experiments are required in advance to perform DNA detection experiments. Dr. McKernan first screened post-vaccination cells with qPCR and targeted qPCR-positive cells for deep sequencing.

Contaminated DNA that is not integrated into the genome is diluted with subculture. In fact, the Ct value of the vector was Ct 30.28 in the first generation, but it was 34.72 in the second generation. The difference in 4Ct is 16 times the difference, and that is the lower concentration in the second passage. Dr. McKernan extracted DNA from two cells subcultured and performed deep sequencing. Sequence data detected SV40, replication origin and spiked DNA. Spike DNA was detected in the full genomic shotgun library of vaccine-treated samples with 3000x coverage. (Coverage means the percentage of the total base pair or locus of the genome covered by sequencing.) Since the coverage in the human genome was 30 times, we can see that the DNA with a large number of copies of the genome was invading the cell.

As a result, strangely, SNP (monobasic polymorphism) was detected in deep sequencing at the origin of the vaccine plasmid replication (F1 and SV40). This SNP does not exist in the vaccine. In other words, it seems that plasmids are mutating in cells. Also, the coverage of deep sequencing in the replication origin area is higher than average, and the number of copies observed is relatively high, which means that the DNA embedded in the cell may be duplicated and mutated. I mean. Originally, plasmids and SV40 DNA replication require specific enzymes not owned by human cells. Experiments such as the introduction of large amounts of microDNA fragments containing replication points into cells are not usually performed in molecular genetics. It is possible that unexpected DNA replication is occurring within the cell.

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