cyvideo
Veteran
Not trying to be an @sshole, but I wonder what the anti-vax crowd will say and do when/if a vaccine is released.
Now that IS an interesting thought! Hmm!
Chris Young
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Not trying to be an @sshole, but I wonder what the anti-vax crowd will say and do when/if a vaccine is released.
They'll say and do what they say and do...Not trying to be an @sshole, but I wonder what the anti-vax crowd will say and do when/if a vaccine is released.
They'll say and do what they say and do...
Hope you are wrong on that.
I'd say a 45-year-old in Italy is just as healthy as a 20-year-old in some parts of Africa. I wonder if they factor that into the virus modelling? Remember, those models make huge assumptions and are based on imperfect data. Their projections have been proved wildly inaccurate already.One advantage that they have in Africa: the median age in Ghana is 20 while the median age in Italy is 45
Not trying to be an @sshole, but I wonder what the anti-vax crowd will say and do when/if a vaccine is released.
China must be making a fortune selling test kits and PPE right now...
I personally have a lot of trouble agreeing with the slide presented by the Coronavirus Task Force:
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Mitigation stretches out infection over time, it does not prevent it unless we would stay locked down forever. There may be seasonal effects, the virus could go dormant for periods of time, but eventually, it will be back.
Death rates obviously do go up if people cannot be treated if hospitals are overloaded but by a factor of 10?
I think not.
The sad truth is that there currently is not much to treat when someone has COVID-19.
Patients can be put on ventilators but the chances of survival after being put on a ventilator are only 20% based on New York city data.
We can't stay "hiding in our caves" forever, I believe that eventually, we have to face the virus and move on living.
First of all, we don't have the correct data to make those charts. We are tracking the number of cases, which is very much related to how many tests are performed, if you don't test a lot you don't record many cases, as we have seen in the USA when the CDC handled the handful of tests it could manage each day.If you don't agree with this slide, could you present yours to the forum?
If you don't agree with this slide, could you present yours to the forum?
That's exactly why I think that a 10 to 1 decrease in deaths due to mitigation as is presented in the slide is an overestimation.One of the problem with those flattening the curve models is that one of the primary considerations is a lack of ventilators. Current reports are showing that the majority of patients being put on ventilators are not recovering so the lack of ventilators should not have a significant impact on the recovery rate.
First of all, we don't have the correct data to make those charts. We are tracking the number of cases, which is very much related to how many tests are performed, if you don't test a lot you don't record many cases, as we have seen in the USA when the CDC handled the handful of tests it could manage each day.
What we should use for those charts are random samplings to determine the percentage of people infected in a given area. We don't do that! Even Fauci claimed yesterday that "it's not a priority". I strongly disagree with that. If the infection rate in a community is very high already then lockdowns won't do anything.
We also track the number of deaths and hospitalizations which is useful but again if we don't know the infection rate we can't do much with those numbers. We can't determine an accurate death rate if we don't know the infection rate.
Estimated death rates keep going down. The latest Lancet study, published yesterday, estimates a death rate of 0.66%.
That implies that the infection numbers are far higher than we initially thought and it means that there is actually less to mitigate.
https://www.thelancet.com/journals/laninf/article/PIIS1473-3099(20)30243-7/fulltext
I am not against a shelter-in-place but I don't think that as much as 10 times as many people would die if we would not do that.
There is currently no treatment, there are very limited options to actually save lives. Ventilators help but unfortunately only 20% of the patients on a ventilator survive, and the longer they are on it the direr the forecast of survival.
Given those facts I think that saying that treatment makes a 10 to 1 decrease in death rates is, in my opinion, an overstatement.
One of the problem with those flattening the curve models is that one of the primary considerations is a lack of ventilators. Current reports are showing that the majority of patients being put on ventilators are not recovering so the lack of ventilators should not have a significant impact on the recovery rate. Second, almost all of those single spike graphs give people the impression all that is needed is a limited period of time of social isolation and the virus will disappear. That is not how this works. Any graph that does not show actual dates or lengths of time is just a form of propaganda.
By the way, when you go out wear a mask, scarf, etc, it's a no-brainer, despite what the CDC and other "experts" are (or have been) claiming!
And that, as I hope you would agree, is wrong!The media and CDC, however, don't trust the public to do the right thing and therefore started to tell the public that masks wouldn't help.