817 karma · joined January 11, 2020
I have diverse interests, mainly biology (especially synthetic biology, virology, and mycology), computer science, and cryptography.
I can be reached at the following email, however you must decrypt it first (hint: LIMULUS):
382128752A3A3F20263A3C223273253A6D38357536212824396C3437283B28263F79733C2528343F30732A2C28396C3321292C6D212375202D306D3D29393F23692C3B28752024283F306C3C3D382C3F303F213A222E6D21243C3D2B3A637529383225256D34283121293A3E6F6C366A787A28382D3C3F0C242C3C207B302324
Further, it's odd that some people aren't willing to even entertain the possibility that it could be real, given that a number of examples of post-viral syndromes have been observed in other viruses. E.g. post-Ebola virus syndrome [1] and Epstein-Barr's role in the development of multiple sclerosis [2]. At the very least, this warrants taking claims of long COVID seriously, does it not?
[1] https://en.wikipedia.org/wiki/Post-Ebola_virus_syndrome
[2] https://med.stanford.edu/news/all-news/2022/01/epstein-barr-...
In practice, not everyone might have the choice to just not buy that feature.
Hopefully it's different enough from that other DNA that doesn't occur in chromosomes: mitochondrial DNA. Also, maybe someone can explain, but hasn't there been research showing that some forms of extrachromosomal DNA are normal and probably vital in eukaryotes? E.g. [1]
[1] https://www.goodreads.com/book/show/41806641-an-elegant-defe...