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Sometimes understanding tricky problem can best be done my making up a small example of the same problem. Imagine a tiny isolated community of 100, and suppose 8 people get deathly ill with something like CV. Everyone especially the the sick people go in to a lock down mode. Soon the sick people are better, and fewer people are sick. Then one or two more cycles later and nobody is sick. The little community is free of the virus.
The idea of "flattening the curve" is that the total number of people getting infected would be the same.
One of the biggest errors in thinking about the CV is the assumption that eventually the numbers of deaths are the same, regardless of social distancing or not.
This particular disease is showing extremely high correlation between crowd flocking to hospitals vs. local death rate spiking.
It's not clear why the public health officials want to stuff more bodies through hospitals.
Yes, people could argue using a very simple premise, that EVEN IF THE NUMBERS WERE EVENTUALLY THE SAME, flattening the cure would take the pressure off hospitals in the short run, considering the highly contagious nature of this. That doesn't mean that the numbers are the some. They obviously aren't
As for your other theories, interesting, but extremely speculative.
Can you explain places that have limited the growth, such as Korea ? There is no good reason to think that we can't accomplish something similar, but starting from a later and much higher starting level, and still accomplish a huge difference compared to just letting it go.
Not surprising considering how contagious it is. IT would be happening even more without social distancing, and more cases out in public.How would they lock down a hospital ?
It's not clear why the public health officials want to stuff more bodies through hospitals.
I'm pretty sure they don't. That only occurs when they are at high risk of getting to the ICU stage. Patients are being dealt with at home over the phone as they self isolate
Not sure what you are trying to say. Total infected/exposed would have to be the same if the virus doesn't change, as it would spread until herd immunity is built up to roughly the inverse of its natural R0. e.g. if natural R0 = 3 (eventually lock-down is lifted), then the population can not have more than 1/3 being vulnerable before the net transmission would be greater than 1.
Sometimes understanding tricky problem can best be done my making up a small example of the same problem. Imagine a tiny isolated community of 100, and suppose 8 people get deathly ill with something like CV. Everyone especially the the sick people go in to a lock down mode. Soon the sick people are better, and fewer people are sick. Then one or two more cycles later and nobody is sick. The little community is free of the virus.
It doesn't have to work out this way, the point is that the possibility of it working this way is the (extreme but obvious) counter example to the idea that the same number of people must eventually catch it. (and hence the same number die)
You should read my first comment in this thread. You're missing something key. Even the curves that show the recurring breakout every several months due to whats implied with this kind of thinking, don't take in to account that the virus may evolve to being less lethal, which is good for it's survival. But also, the recurring curves may be shut down by vaccines and deaths can be reduced with treatments developed over a years time.
Until then, chill out and let the experts promote theories and recommendation.
And you had the nerve to call my theory speculative?
As for your dreams of frequent lock-downs, LOL
The only error in thinking is to think it's your job to correct others' errors in thinking. Gulag, anybody?
You need to heed " Little knowledge is dangerous" .
Not sure why you come up with these theories.
You need to chill as you are not a pandemic expert . While there eems to be a correlation between distance from equator and Virus deaths, it is not clear what the cause is. Is it heat, UV, malaria resistance etc. Someone will do a regression analysis and figure that out. Until then, chill out and let the experts promote theories and recommendation.
The current "Pandemic" is obviously showing that the "Pandemic Bureaucracy" doesn't work
I was referring to the implied theory that the real problem is over use of hospitals for Corona virus patients. I know for a fact that they prioritizing people self quarantining until it's deemed serious, at a point that there is little choice.
Massively missing my point. My point about whether or not everyone gets the virus is that maybe, only maybe, but if some or a lot would occur in a later surge. I showed that graphic just as an example in the literature showing how it can recur - in that example many times.
Right. As if Trump gave that a chance (before like 5 days ago)..
Not missing your point at all.
Even if periodic lock-downs
Yes you are, I have no interest in periodic lock downs.
I'm talking about the fact that the only way that the amount of people that get the virus is the same with or without lockdown is if there is one recurrence or many recurrences later.
I have no interest in periodic lock downs. If I have some credible literature showing a graphic of just one secondary surge that occurs next fall and winter, I would have showed that.
Clearly the number of deaths between now and say the end of June is WAY lower with the lock down than without.
I would like to get out and get me some sun, but the beaches are closed. I haven't figured out yet how the powers that be are profiting on that one.
In reality, hospital intensive care can save about 5% - 15% of those put on ventilators/intubation. i.e. 85% to 95% of those get put on ventilators / intubation will die . . . making hospital care essentially into hospice care for this disease
If we were talking about Math or philosophy and I thought there was an error in your thinking, that I was interested in articulating, and if you were an emotionally stable person with an IQ over 80, you would probably tell me where I was wrong.Ceffer says
"Errors in thinking" = Libbyfuck/Progressive sucker punch. The only error in thinking is to think it's your job to correct others' errors in thinking. Gulag, anybody?
Lock-down would actually prevent the virus from burning itself out and artificially select the more deadly strain (because the hospitals are not locked down), and create a secondary surge that is more deadly than the first.
Lock-down would actually prevent the virus from burning itself out and artificially select the more deadly strain (because the hospitals are not locked down), and create a secondary surge that is more deadly than the first.
No one has calculated the cost side of the equation, and we are dicey on the benefits side. Decisions made this blindly are rarely prudent.
Clearly the number of deaths between now and say the end of June is WAY lower with the lock down than without.
Reality saysIn reality, hospital intensive care can save about 5% - 15% of those put on ventilators/intubation. i.e. 85% to 95% of those get put on ventilators / intubation will die . . . making hospital care essentially into hospice care for this disease
Where'd these numbers come from?
A secondary question along with the same logic would be how many people didn't die because of hospital capacity overload? The answer could easily be tens of thousands of lives saved.
Perhaps a better measurement than lives would be years of life saved. Considering 80% of Italian deaths had 3 months or less to live without CV, the number of life-years saved is probably underwhelming.
The question the MSM won't discuss though is how many people will die from the destruction of the economy? Or perhaps more relevant, how many living years will be robbed from the lives of peoples' lower standard of living?
Reality saysLock-down would actually prevent the virus from burning itself out and artificially select the more deadly strain (because the hospitals are not locked down), and create a secondary surge that is more deadly than the first.
I'll say this, you're not stupid and you can put together some pretty creative arguments. But they make almost zero sense.
It's as if you are Steve Bannon starting with the goal of coming up with an almost believable argument that this is all a liberal conspiracy.
Can you give me a simplified version of the problem (like I did in the very first comment of this thread), where this somehow makes even a little sense. I understand the individual words, but there is no logic tying it together. IT's just a conclusion looking for an argument.
The reason is Darwinian selection: if the society is left open, all strains of virus have equal chance of infecting people initially, and more deadly ones would be taken out by the people dying. In a lock-down, because the society at large is locked down, whereas the hospitals are not, people self-select to go to hospitals when they are severely ill (or near death), consequently the more deadly strains (and the people carrying them) would have a Darwinian advantage in communicating to new hosts (compared to strains that do not make people deathly ill).
How is this worse with a lockdown.
Under normal spread R is estimated at between 2 and 3. If people carried on as normal, 60 or 70% of us would have gotten the disease within a few months period. There would also be an acute overload of healthcare systems. A "mitigation" strategy would be to keep R between 1 and some value N that led to a more manageable epidemic, keeping hospitals from getting as overloaded but still letting about the same number of people to get I'll.
A strategic mitigation is to do that, but also impose stricter isolation of at-risk individuals, banking on building here immunity in the low-risk population and keeping a majority of at-risk folks from ever getting sick, needing hospitalization, or death.
The measures countries are currently using are not to just flatten the curve but to "suppress" the epidemic spread and get R<1 before a majority of the population get the virus. If they succeed to get R<1 to a substantial level then the epidemic will end with a small fraction of the population having contracted it. The fraction depends on how early and strong suppression methods were in each area.
How is this worse with a lockdown. ? Either way, lock down or not, the hospitals are full and the deadliest strains are attacking the hospital staff and doctors.
But then in the non lockdown version, when the hospital workers go to social gatherings, dates, parties, restaurants, movie theaters, casinos, etc, they're putting those deadly versions out to the public.
In the lock down reality they are less able to spread those deadly strains.
What is the benefit of all at once ? If less hospital workers are exposed, it could only be becasue more people are dying without going to the hospital, becasue of the overload, Is that your point ?
The hospital staff usually would not be able to infect outsiders because most outsiders having 99+% chance of having been exposed to milder strains of the same year already that are sufficiently similar that human immunity can take care of it (likewise for hospital staff themselves).
Pretty well thought out. Backing your way from the conclusion you wish to reach. As I see it, the following is the biggest flaw.
When there are different strains out there, your assumption that the lesser strains have infected 99%+ of the population before there are significant numbers of people dying in hospitals is a rather huge assumption. That fact that hospitals workers are are such a small percentage of the population matches up with the fact that a small percentage of people with the deadliest strains are going to the hospital and infecting the hospital. Since a hospital is a magnet for these cases, it doesn't easily follow that they wouldn't propagate at the hospital before the population had acquired immunity from less deadly strains.
And of course the other big flaw, all or most of this is making many assumptions about the different strains. Are they all equally contagious ? Most of the media discussion has implied that it's not as much about deadlier stains as it is about some people being more vulnerable. The stats seem to back up that premise.
Are you a software developer of some sort ? (that is if you're not Steve Bannon?)
What are the biggest errors in thinking about the Corona virus ?
We won't know this for at least several weeks, possibly month.
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But that was based on a low end of estimates, based on what will happen with social distancing.
The OP of that thread tries to put this in context asking a sort of concluding question - "was it worth destroying the economy for this, compared to bad flu years that we tolerate"
This of course begs a question. What would the numbers be without "social distancing"
One of the biggest errors in thinking about the CV is the assumption that eventually the numbers of deaths are the same, regardless of social distancing or not. That is, that when you flatten that curve that looks like a normal distribution curve, the area under the curve will be the same, since we know that the area under the normal pdf curve is always 1. I know I was thinking this way early in discussions about "flattening the curve."
In reality the number in the end would not be the same, unless perhaps through a series of recurrences, but even then, a year or two from now we will probably have a vaccine if not more effective treatments, if not sooner.