But there is confusion here... are we picking up shed "S" proteins, which is bad (venom-like molecular structure), or are we picking up shed mRNA that codes for "S" proteins, that can take over our ribosomes and create beaucoup "S" proteins? Or, even worse scenario, shed mRNA snuck into the jabbs that codes for mutant proteins known to affect fertility, or worst case, that infertility mRNA payload PLUS the adjuvant that ramps up LINE1 to enable reverse transcription to DNA, allowing the codes for mutant proteins to be integrated into reproductive cell DNA (sperm/egg) and thus passed on to make the next generation less fertile?
But there is confusion here... are we picking up shed "S" proteins, which is bad (venom-like molecular structure), or are we picking up shed mRNA that codes for "S" proteins, that can take over our ribosomes and create beaucoup "S" proteins? Or, even worse scenario, shed mRNA snuck into the jabbs that codes for mutant proteins known to affect fertility, or worst case, that infertility mRNA payload PLUS the adjuvant that ramps up LINE1 to enable reverse transcription to DNA, allowing the codes for mutant proteins to be integrated into reproductive cell DNA (sperm/egg) and thus passed on to make the next generation less fertile?