Re: the territorial variants in rates: Dietary differences? It takes a fatty acid to make the virus particle. Which one? Can a deficiency prevent the multiplication of the virus? Or high or low fatty acid transporter mechanisms? IIRC, fructose is needed to build membranes, or is that monounsturated fatty acids?
Then anti-viral wise, there are other solvents than alcohol and detergents. Something else ought to work on virus skins. Acetone (fingernail polish remover) paint thinner, even other oils. Cooking oils or hand lotions might be anti-viral. Remember that hand sanitizers are expected to kill a broad selection of germs, but it is possible that some other every day solution works strictly as an anti-viral. Motor oils dissolve gunky grease. So does baby oil. Or kerosene. Or Choline solutions?
By affected do you mean " infected " ?
That age group would seem to be the most socially active.
So sorry to hear. Vegas seemed like a good infection point but didn't have many cases. It is growing though and I think some data is just delayed.
I had my first 'person I know' test positive yesterday. He is a parent at my daughters school and also a police officer.
The human mind takes more serious what is personal. It's getting personal for many more people!
How's this: I'll bet you that by Jan 1st 2021, the total number of deaths attributed to Covid19 in the USA by John's Hopkins on this website: https://coronavirus.jhu.edu/map.html will be greater than 75,000.
That 75,000 is based on your high estimate of how many deaths might occur, plus a bit. But I'd be willing to consider other terms.
As for stakes, people around here often do avatar bets, but I'd be willing to consider other stakes as well.
Claims of china ordering hundreds of thousands of body bags from taiwan. Is China in Focus a reputable source?
You can tell something about whether there is enough testing by looking at the percentage of tests that return a "hit". For example Norway has a 5% success rate in this regard. (102k tested, 5200 found positive.) But people are only being tested if there is some reason to think that they may be positive, so the real proportion of the population that is infected is likely lower then 5%.
Let's make a thought-experiment and create two mini-countries. Both countries have a population of 1000 people, of which 100 are infected. Of these 100 cases 20 will become ill enough to experience symptoms, five of those will become ill enough that they must go to a hospital, and one will die.
Country A does extensive testing and find the 20 with symptoms (because they report sick) plus 30 more who had contact with the 20. Their NHS has enough capacity to put five more in hospital than absolutely needs to go there, so they put 10 in hospital in all. As mentioned before, one dies. So from their perspective it now looks like they have a 2% mortality rate (Of 50 confirmed cases, one died). Of the 10 people in intensive care 9 made it through, so it looks like their health care system has a 90% success rate when it comes to curing the patients.)
Country B has way too few test kits so they only test patients who turn up at the hospital in dire condition. They get 5 of these, and one of them dies. To country B it now looks as if the disease has a 20% fatality rate, and their hospitals only manage to cure 80% of the patients.
The above was only a snaphot in time, of course. Things will develop in both countries, but probably differently because the governments have different information about the disease. Country A will have a better chance at timing their lockdown right to avoid having their hospital overwhelmed. If either country fails at that they may experience additional deaths from otherwise treatable conditions.
Are any countries actually over the hump? Do we actually know there is a 'other side' of this thing? Looks like Korea sort of is, but things still don't look good.
Great!You can tell something about whether there is enough testing by looking at the percentage of tests that return a "hit". For example Norway has a 5% success rate in this regard. (102k tested, 5200 found positive.) But people are only being tested if there is some reason to think that they may be positive, so the real proportion of the population that is infected is likely lower then 5%.
Let's make a thought-experiment and create two mini-countries. Both countries have a population of 1000 people, of which 100 are infected. Of these 100 cases 20 will become ill enough to experience symptoms, five of those will become ill enough that they must go to a hospital, and one will die.
Country A does extensive testing and find the 20 with symptoms (because they report sick) plus 30 more who had contact with the 20. Their NHS has enough capacity to put five more in hospital than absolutely needs to go there, so they put 10 in hospital in all. As mentioned before, one dies. So from their perspective it now looks like they have a 2% mortality rate (Of 50 confirmed cases, one died). Of the 10 people in intensive care 9 made it through, so it looks like their health care system has a 90% success rate when it comes to curing the patients.)
Country B has way too few test kits so they only test patients who turn up at the hospital in dire condition. They get 5 of these, and one of them dies. To country B it now looks as if the disease has a 20% fatality rate, and their hospitals only manage to cure 80% of the patients.
The above was only a snaphot in time, of course. Things will develop in both countries, but probably differently because the governments have different information about the disease. Country A will have a better chance at timing their lockdown right to avoid having their hospital overwhelmed. If either country fails at that they may experience additional deaths from otherwise treatable conditions.
Why half a million? Why 2%?
How likely are you to get covid-19 from a bleeding paper cut on your finger, say, or shooting up with a dirty needle (this is how some intravenous drug addicts get AIDS/HIV, hepatitis, etc)?
Are any countries actually over the hump? Do we actually know there is a 'other side' of this thing? Looks like Korea sort of is, but things still don't look good.
Fauci has fallen for Trump, as does everyone who works with Trump because they need something he will only give if he thinks you respect him.
It is unconscionable how much cover he is giving to Trump, given that his only obligation is to provide the best information available.
He isn't a politician or spin doctor, and working as one can only hurt the efforts to deal with the epidemic.
There are at least a couple of caveats, both quite worrisome:Of course we know that there's an "other side". How could there not be? We know, within a small but simultaneously broad range, the demographics and percentages of people who experience problems with the virus. So even if the "other side" means the virus infects everyone, and the percentages that involves, we still know that at some point we reach the other side of that.
I have heard that people that are immune are still able to breathe in virus particles, keep them in the nose, throat, and lungs, and breathe them out again later, thereby possibly infecting other people, even though the virus is killed swiftly if it it enters their body.
What is it about/in blood that destroys the viral particles?<snip>
Zero chance. It's not a blood-borne virus.JeanTate said:How likely are you to get covid-19 from a bleeding paper cut on your finger, say, or shooting up with a dirty needle (this is how some intravenous drug addicts get AIDS/HIV, hepatitis, etc)?
<snip>
Why is 2% a true picture and not 1%? Is this 2% thing a rule that actual statisticians use when deciding whether a poll or sample represents a population?Looking at statistics, once you get to 2% of a population, you're starting to get a true picture of what's going on.