3/10 The basic idea of the paper is to split countries up by their use of ivermectin to treat river blindness, and then compare them based on COVID-19 deaths There are two main issues with thispic.twitter.com/AErLdkswLd
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But equally in other countries, eg US that presumably belong to the orange graph.
Nice work! Read through all your medium posts. Can I also know your thoughts on this?https://twitter.com/PierreKory/status/1433978568078397441?s=20 …
The median age in the Ivermectin countries is about a decade less than the non Ivermectin countries. Which make a huge impact on death rates.
The graph itself has been made by the twitter user Kbirb and is not from the actual study. The graph covers a longer time frame then the study. So we have to trust Kbirbs math, which is definitively not peer reviewed.
@threadreaderapp please unroll.
Hallo, please find the unroll here: This graphic has been passed around a lot by the ivermectin crowd, so… https://threadreaderapp.com/thread/1436201903788998657.html … Share this if you think it's interesting. 
This is an example of why multi-level statistical techniques exist. How did this even get to a pre-pub stage?!
Great thread. Thanks for the info.
These countries also prescribe a lot of chloroquine analogs for treating and preventing malaria, and chloroquine analogs have demonstrated some efficacy at treating C19 early in the progression of the disease, possibly proving useful prophylaxis as well.
And how good is the data on that?
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