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19 nucleotide long sequence coding in Sars-Cov-2 found in a raft of Moderna patents from 2015
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In accordance with industry accepted best practices we ask that users limit their copy / paste of copyrighted material to the relevant portions of the article you wish to discuss and no more than 50% of the source material, provide a link back to the original article and provide your original comments / criticism in your post with the article.
[quote:peppersgc:MV81MDEyMjU0XzkxODAzNjYyXzUyRDJBMDE0] [quote:Anonymous Coward 80725168:MV81MDEyMjU0XzkxNzg1MjA3Xzk3QTZGRDA5] [quote:peppersgc:MV81MDEyMjU0XzkxNzg0NTA5X0NERURBMUVF] Copypasta Quote from PseudoDave "...it's takin out of context and incomplete. Also frankly, such a short sequence is going to come up by random chance many many times in nature. Here is the full list, excluding SARS CoV2 https://blast.ncbi.nlm.nih.gov/Blast.cgi?CMD=Get&RID=Y34AFEG4013 In short, the sequence appears 100% identical about 40 times, and near identical well over 100 times. Since bacterial diversity is crazy, prob 1B times animals, it's expected to appear highly via random chance in bacteria and means absolutely nothing. Should also point out, the nucleic acid sequence, CGTA, is pretty irrelevant. It's the protein coding sequence that is important when discussing proteins. So, makes this even dumber. Quick run down on what this is and how to read it, I do this for a living. You enter a DNA sequence, and it scans all sequenced genomes available in the database, from bacteria to cows, to random unknown stuff found in oceans. It kicks back scores on how close the DNA sequence matches. Coverage is how much of the DNA covers i.e. 50% of the sequence is 100% identical. And percentage identical is how close the match is within that cover range. So 100% coverage at 100% match is completely identical. The scores are there scoring algorithm, higher=better. The description is the name of the sample/life form which has the DNA, and the Ascension number is the database location. Generally, we use BLAST to figure out what a gene is or where it came from to track evolution or find similar functioning organisms. So normally enter 1000+ DNA bases, not 19 nucleic acids. As there is only 4 DNA bases, every genome is comprised of those 4 in different orders. As a normal bacteria has about 4,000,000 bases, and there are 1,000,000s of different bacteria, the chance it comes up via random chance is crazy high." [/quote] 100% match occurs 71 times, not "about 40". also never in any other virus than sars-cov-2. sounds like we've got a pharma-shill in damage contol mode to me. [/quote] I got caught up in the conversation on another site, and forgot to come back to the thread. You're right. I found the original article, and this dude was definitely a shill. [/quote]
Original Message
Dr. Paul - please look into what @JikkyKjj and David Martin have found. Namely that the specific 19 nucleotide long sequence coding for tet furin site is found in an obscure bacterium and a raft of Moderna patents from 2015.
Impossible due to chance? We deserve answers.
https://twitter.com/_/status/1481680433536405504
Updated to include Sars-Cov-2 in the title.
This sequencing is the smoking gun.
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