Thread by @fxfader

So far, the study that flashed at ~23 secs into this video is the ONLY one to have detected "vaccine antigens," i.e., from the spike proteins produced by the cells per the mRNA vax (in this case, Moderna), and did NOT come from the virus.

Pls follow thread to find out why.

https://twitter.com/wittgenstein78/status/1398981033857519618

The primary author of the article is Dr. David R. Walt, inventor of an ultra-sensitive biomolecule detection technology called Single Molecule Arrays Assay, or Simoa Assay.

He claims it is 100 - 1000x better than ELISA.

Home page on next card.

Dr. Walt lists his associations here.
waltlab.bwh.harvard.edu

The study is very very small (13 participants), but that doesn't detract from the credibility of his teams' findings because of the accuracy inherent in the Simoa Assay.

The article that flashed in the video has the PDF link. Findings next.

academic.oup.com/cid/advance-ar…

Abstract: "11 of 13 participants showed detectable levels of SARS-CoV-2 protein as early as day one after first vaccine injection.

Clearance of detectable SARS-CoV-2 protein correlated with production of IgG and IgA."

(IgA = first responder. IgG = targeted responder)

"S1 antigen was detected as early as day one post vaccination and peak levels were detected on average five days after the first injection (Figure 1A)."

👉S1 [subunit] is the "grabber" section of the spike protein. How did it end up in the bloodstream? Not supposed to happen ..

.. per the vax makers. They all specifically state that the S protein made by the vax cannot undergo "conformational change" -- meaning that the S1 - S2 cleavage cannot occur(?)

At least for Moderna's, the latter is not the case.

".. cleavable S1-S2 site .."

The superscript 2 linked article doesn't seem to state this. What am I missing, anyone?

The next statement suggests that there's a good chance some other enzyme can snip off the S1:

"We hypothesize .. release of S1 protein could result from cleavage via [various] proteases."

There are numerous studies citing the S protein as the cause of vascular endothelium inflammation via damage to the mitochondria (energy producing organelles within the cells).

Could these vaccine produced S1 fragments causing blood clots and myocarditis?

Assuming that adolescents and other very healthy ppl have a vigorous immune system, here's another hint that those ppl are more likely to get myocarditis from mRNA vaxes.

What if their T cells ar extremely quick and efficient?

Will the immune system start destroying cells ..

.. that present spike proteins on it's outer membrane very quickly. Can this result in the release of whole spike proteins?

Dr. Walt thinks this is possible, as he found evidence in three of the 13 participants.👇

To summarize, here is the first evidence that vaccine induced spike proteins and its critical part, the S1 subunit, do break off / dislodge from the cells that made them, and enter the bloodstream.

This can explain the high incidence of blood disorders.

Finally, let's not forget Dr. Fauci (NIH/NIAID) and Bill and Melinda Gates Foundation, among others, for funding this research.