4 ms·
Half-life of mRNA is fairly small, as there is no shortage of enzymes that basically just break it down for recycling. The real problem would have to stem from
by salawat 5y ago
Half-life of mRNA is fairly small, as there is no shortage of enzymes that basically just break it down for recycling. The real problem would have to stem from DNA damage that occurred in the presence of the vaccine that did not either lead to cell death, or get repaired later.
- coldacid 5y ago>The real problem would have to stem from DNA damage that occurred in the presence of the vaccine that did not either lead to cell death, or get repaired later. Which is what it sounds like from the title and abstract.
- didibus 5y agoIt doesn't cause damage it seems, it impairs repair, so it would have prevented DNA repair during the few days the mRNA would have created spike protein. I have no idea how often the body needs to repair DNA and what the effects of not doing it for a few days are though.
- boomchinolo78 5y agoHalf-life of mRNA is not small when it is reverse-transcripted. There´s been some misinformation of how mRNA is not reverse-transcripted. mRNA is RNA and all RNA is susceptible of transcription. The messenger part is just a description of it role in a particular process. Sadly, this is the source of many misunderstandings