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by lars
1919 days ago
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I'm happy this research has been done so quickly, but am somewhat annoyed that the public conversation is so focused on whether or not the vaccine can possibly cause any problems, and not at all focused on the risk management question of what the optimal choice here is. The chance of getting a blood clot seems so low that it may for all I know be equivalent to the risk of dying in the streets while jaywalking to get to the vaccination center. Compared to the risk of going unvaccinated, it's an obvious choice. That's not the choice we have though. The correct comparison seems to be the expected risk of taking the vaccine vs expected risk of waiting for a dose of another vaccine. Calculating this on an individual level should be straight forward given the risk of contracting COVID in a given area. Ideally the calculation would also take into account the effect that vaccination has on the virus reproduction number. That's harder to model, but approximate models like this exist. If you actually put numbers to it and do this computation, you'll get an answer, or at least a distribution of outcomes, where it's straight forward to see what choice is optimal. Then public discussion can be around what the parameters of this model should be, and we'll stand a chance of making the right choice. This is a potentially very consequential optimization problem, and the public discussion about it is as if no one understands that that is what it is. |
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Are you sure this holds true for a 25 year old healthy person?