Ah, correction on interpreting calculations. Your chances of dying from COVID-19 in the US is 1059x higher than dying after getting a vaccine. The 109x was in reference was comparing actual infection rates with the theoretical infection rate (0.094%) to stay below so that not getting a vaccine is more advantageous from a risk perspective.
GamezRanker: You seem to have forgotten to point out that that 12-27% number is of all those hospitalized......the totals of which are(iirc) around 10-15% of those who get sick.
No, it wasn't. The paper's focus was on 958 cases who had mild or no symptoms. 28 of the cases were hospitalized and included in the data, but the remaining 930 (97.1%) cases weren't hospitalized at all. You cannot remove those 28 hospitalized cases without compromising the integrity of the data and its results, so that info is left with the authors.
The 12.8-27.8% is the conditional probability of having long-term COVID-19 symptoms if you get sick.
P(long-term | infected) = 12.8-27.8%
P(US infected) = 10.2%
P(long-term) = P(long-term | infected) * P(infected)
P(long-term) = 1.31-2.84% (contrast to P(US deaths) = 601k/328.2M = 0.183%)
So theoretically by applying the same probabilities, 1.31-2.84% of the entire American population would be suffering from a long-term COVID-19 symptoms 7 months after onset of COVID-19. But it still doesn't change the fact that if you tested positive and you have mild or no symptoms that you have a 12.8-27.8% of suffering one of these symptoms 7 months later.
Let's take the 1.31% suffering from long-term COVID-19. And let's re-add the side effects and death after vaccine stat. For simplification, we assume the proportions are similar to the rest of the US population who hasn't got a vaccine yet.
1909 side effects + 5343 deaths = 7,252 negative vaccine effects
7252 negative vaccine cases / 310M vaccines = 2.34e-5 = 0.00234% negative vaccine effect (if you take the vaccine)
n = 1.31% / 0.00234% = 560x more likely to get long-term COVID-19 symptoms 7 months in than a negative effect from the vaccine
n = 0.183% / 0.00234% = 78.2x more likely to die from COVID-19 than get a negative effect from the vaccine
P(negative vaccine effect) = P(US death | infected)*P(US infected)
2.34e-5 = 0.0179 * P(US infection)
P(US infection) = 0.00131 = 0.131% of the US population would have to be infected for the risk of dying from COVID-19 to be the same as the risk of getting a negative effect from a vaccine.
n = 10.2% / 0.131% = 77.9
If we look at these calculations only, the only way NOT getting a vaccine is advantageous for you is if you take enough precautions so that you have < 0.131% of contracting the virus. But based on simple probability of the US population so far, it doesn't look good considering it's 77.9x higher in actuality. Again, your chances of getting long-term COVID-19 or dying from it is 560x or 78.2x higher respectively than the probability of getting any negative side effect from any vaccine. You should keep in mind this is official US government count and doesn't include asymptomatic people who didn't get tested, which further worsens the case against vaccines. All of these conservative calculations have been working in your favour the entire time.
Of course, if you're looking for stats based on your age, gender, race, weight, co-morbidities, etc. you would have to filter out all the data shown thus far from these multiple data sources. But given what I've calculated, I think I've proven in general how getting vaccines greatly reduces your risk of long-term COVID-19 or dying from it compared to going unvaccinated.