The mask was never meant to protect the wearer, it was meant to protect people around them. Masks have a very dubious effectiveness in preventing the wearer from falling ill in Covid-19 but has a pretty good rate (some studies say upwards of 60%) of preventing a contagious person from spreading Covid-19. And since people who have had Covid-19 or have been vaccinated can still spread it the use of masks makes some sense.
But hey what do I know? I don't watch those youtube videos of yours, I just work in an organization where Covid-19 prevention measures are very serious business.
I'd like to see those studies, are they actual real-world results (or some model based results)? Also, the main places where people get infected like work or home where you spend hours with people, how effective are masks there? Masks aren't great protection obviously so I don't see them doing too well in those environments. Going to the grocery store or whatever is rather low risk as you're not with strangers for prolonged periods. Thus how much of an effect is there where people actually wear masks? One of the only places I can see masks (assuming they do work even modestly) potentially working out well is public transportation. The biggest covid mask study I've seen is the Danish one that showed no statistical significance. The amount of people that can spread it from natural immunity or vaccination is what %? I'm guessing that is pretty damn low %.
Dude, you posted the recommendation from "50 years ago". It was left to me to point out the large amount of subsequent data suggesting it was valid.
Because it's the same recommendation of today and the recommendation came from when we didn't know shit about vitamin d. And the recommendation is only concerning bone health and nothing else.
Okay, so what you're telling me here is that you are completely unfamiliar with the studies on remdesivir. You know so little about it, you don't even understand how misguided your argument is.
A basic SARS-CoV-2 infection which is asymptomatic or mild lasts about 10 days, but longer is often observed for severe symptoms generally associated with higher viral load. The key study supporting use showed that it was more effective (as measured by reducing time in hospital) when administered early (<10 days after infection) than later. So, just what we'd expect from an antiviral and with what we know about the course of the covid-19 viral infection. The rationale for use of remdesivir was administration upon hospitalisation (which generally occurs within 10 days after infection) to mitigate symptoms worsening and speed recovery. Some doctors think remdesivir still has a use, albeit a niche one, and by your own principles of letting doctors doctor they should be able to do so.
There is not a substantial problem here. It's just a confection you've made up because you know too little to comprehend what's right and wrong.
So no decrease in mortality then? For a very expensive treatment that has side effects?
By the time someone gets sick enough to go to the hospital, the virus is either gone or almost gone. The virus is in essence not causing the symptoms that but your immune system response. Why would you prescribe an anti-viral to "fix" that?
I'd like to see what it does very early on like you came into contact with covid, tested positive, then started taking it or on first symptom onset. However, remdesivir is too expensive, requires hospital administration, and we don't have enough of the drug to do this to everyone that gets infected. And is it worth the side effects of the drug to give this to people that most likely won't get very sick from covid to begin with?
And the vaccines provide incomparably higher benefit: not least because they are proven to be highly efficacious, which is more than anyone can say about HCQ and ivermectin.
The very mild side effects are easily worth it if they save you from a hospitalization or death. People already get headaches and whatnot from the vaccines for that very trade already. Sure, the vaccines are highly effective but someone with covid sitting home waiting for it to pass I doubt cares about a headache or diarrhea during that time from a drug anyway.
The flu killed 172 kids in 2018 in Florida.
Covid killed 43 people 24 and under in Florida (as of January 29th). I'm using Florida because schools were open the whole school year so that you can't say "well, schools haven't been open". The worst part about the flu deaths is that about half the deaths were healthy kids. How many healthy kids have died from covid in comparison? I'm guessing it's almost 0. So, you can keep home the very small % of high-risk kids from covid and probably reduce covid deaths in kids to near 0. Thus, why are we wanting to vaccinate kids?
Oh my god. We have plenty of evidence masks work. Why are you still lying to everyone about this?
Waiting on real-world stats. Where are they?
I'll look at something when you make a case worth looking into. I've already told you what you'd need to do.
As it is, you've advanced an argument little more credible than that Martians made covid-19 and injected it into the bum of a pangolin in a Chinese wet market.
I said that places that approved ivermectin showed improvements but you didn't want to look at it. How is that not worth looking into?
Data point of 1, but I'm fully vaccinated and the worst that happened to me was 48 hours of feeling groggy. Slept it off like a hangover and I'm back to 100%.
Everyone at work that's gotten vaccinated has had at least one or 2 days that they couldn't do anything. One guy got his 2nd shot Thursday morning and had to leave after lunch and he called off Friday too. He took his temperature leaving the hospital and it was 99.9. His dad had got a 103 temperature from the vaccine.
Why do we accept the risk of side effects? It's usually because the drug in question has a proven benefit that outweighs it.
Do you take random non-prescribed meds because the side-effects are "very minor" and for all you know they "might help"? Why not just eat... I don't know, wasps? Same arguments apply. Side effects minor; benefits not yet totally disproven.
If something is known to possibly cause hospitalization and death and a drug in theory will help causing only mild side effects, why wouldn't anyone want to possibly lower the risk of hospitalization or death? I'd do that 100 of 100 times.