leokitten
Senior Member (Voting Rights)
I don't count the NYT a reliable source and what they think is promising and not. At the moment, there is no approved drug that could make a big difference. For dexamethasone, a repurposed drug, to be considered a possibility, the FLCCC had to put a lot of emphasis on the matter, which is independent of a state initiative. This is exactly what I mean. The NYT lists other repurposed drugs as well, Ivermectin, for instance. Evidence on Ivermectin has emerged in April. There was no initiative for a large trial, though. This is what I mean. Only now, after public pressure, they react again. Remdesivir, which they also list, isn't a repurposed drug since its approval was bound to COVID-19. So there can not be any long-term data like for repurposed drugs such as for dexamethasone. There is a lot of reaction and not proaction.
I’m confused by what you wrote, the list of approved and currently in use drugs I provided before the NYT link include both novel drugs developed for COVID (remdesivir, monoclonal antibodies) and repurposed drugs (baricitinib, dexamethasone) that each have been shown in trials to significantly help the disease course depending on when it is administered.
Our current knowledge and capabilities in biology and related technology make us much better at developing vaccines for respiratory viruses than treatments for people who are already ill.
So to me this is the main reason it’s not an apples to apples comparison. Long story short, it is so much harder to develop effective drug treatments for respiratory viral illness than to develop vaccines to prevent infection or illness.
Another crucial reason that many of these leading companies such as Pfizer-BioNTech and Moderna were able to develop vaccine so quickly is because they’ve already spent years or decades developing the technology beforehand. They just needed things like the SARS-Cov-2 genome sequence and knowledge about the spike protein to quickly get started. But there isn’t a lot of existing knowledge and tech in the realm of treatments for respiratory virus illness.
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