Yes, but isn't it more like if there is perhaps a factor X you don't belong to the 1/8 risk group that the chances that with subsequent infections you get long covid-19 is smaller (or near zero)?
It's likely that this factor exists as lots of people got infected multiple times and not everybody has long covid-19.
Is it a matter of rolling those odds every time for everyone or is that only for 1 in 8 people or would they get long covid-19 100% after each infection. Would mRNA vaccines adequately protect this group from long COVID-19?
Could it be a side effect of some treatment, similar to contagan? You take something to reduce side-effects, covi let's it into cells where it poisons the mitochondria?
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Yes, but isn't it more like if there is perhaps a factor X you don't belong to the 1/8 risk group that the chances that with subsequent infections you get long covid-19 is smaller (or near zero)? It's likely that this factor exists as lots of people got infected multiple times and not everybody has long covid-19. Is it a matter of rolling those odds every time for everyone or is that only for 1 in 8 people or would they get long covid-19 100% after each infection. Would mRNA vaccines adequately protect this group from long COVID-19?
AFAIK, gene links have only been found for persistent cough and shortness of breath, but not other long covid symptoms.
Protection from vaccines has ranged (IIRC) from none to about 50% reduction in probability
Could it be a side effect of some treatment, similar to contagan? You take something to reduce side-effects, covi let's it into cells where it poisons the mitochondria?