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Coronavirus

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Buy a UTV at Maverick Motorsports, get a free pack of toilet paper.

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Buy a bike UTV at Maverick Motorsports, get a free pack of toilet paper, 2 rolls of industrial paper towels, and an industrial roll of toilet paper.

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Pandemic people, the world population has already been infected, closing political boundaries :/ what will that do again for something that is already here?
it is illogical.

It's pretty apparent that you don't understand what a shutdown is supposed to accomplish and how and why. I will try my best. I will number the paragraphs - identify the ones that you don't "get".

1. This disease spreads via interpersonal contact. An infected person comes in contact (basically, breathes/coughs/sneezes) with a person who is not infected, and presto, the person who is not infected is now infected.

2. As of right now, not everyone has this disease. The number who don't have it still vastly outnumber those who do have it.

3. Interactions between the small number who do have it, are infecting people who don't have it. (In the absence of any countermeasures, it seems that each infected person infects 3 or 4 healthy people.)

4. This disease has an incubation period of a few days. Once infected, you will be infectious but without symptoms for a few days (variable, average seems to be 4 or 5). After a week or perhaps a little less, you will start feeling sick, and after about 10 or 12 days, if you happen to be one of the people that gets hit hard by it, that's when you will be really hit. Either way ... you'll know. After a couple of weeks, you will be either healthy (free of the disease), or sick.

5a. Absence of any countermeasures at all, we allow people to freely mix. Every sick person continues infecting 3 or 4 healthy people, and even if their own particular case gets resolved (either by recovering, or by dying), those other 3 or 4 people now have it, and the number of cases grows exponentially until it starts reaching a limiting case ... which is that (almost) everyone has the disease. This disease in the absence of countermeasures doubles the number of cases roughly every 4 days because of this. 100 becomes 200 4 days later, then 800 4 days later, then 1600, then 3200, then 6400, then 12800, and somewhere around that is where the health care system of a decent-size country like Italy starts being overwhelmed, because there are only a finite number of hospital beds, doctors (who are themselves at a constant risk of infection), etc.

5b. Ideally, we stop ALL interpersonal interaction. Yes, I know, not possible, but reality is somewhere on a continuum between 5a and 5b. But let's imagine what happens if we do stop ALL interpersonal interaction at a certain point in time. Let's say there are 500 cases that you know about, and 2500 cases that you don't know about (infected, but not yet showing symptoms, or not yet diagnosed) at the time that you do this. Now, those 3000 people are isolated for two weeks. They can't interact with anyone else. They can't spread the disease because they're not interacting with anyone that they could spread it to. So, what happens? For the healthy uninfected people, they come out the other side of it uninfected, because they were never exposed to anyone who was infected during those two weeks. For the people that were sick at the time that you did this, they come out the other side either recovered, or dead. Either way, those people are also no longer capable of infecting anyone. For the 2500 that were infected but not yet showing symptoms ... they will now, at a minimum, know that they are sick (and should continue being isolated afterward - thus not infecting anyone); hopefully the disease may have even run its course and they have recovered ... or maybe they're dead. Regardless, the people that had the disease, whether they knew it or not at the beginning, will know at the end, and either go back to normal life (recovered) or continue self-isolation until they recover (or die).

6. Now, obviously, that ideal case can not be achieved. Infections have a certain exposure factor called R0 - basically, it's the number of people that an infected person spreads the disease to. For covid-19 in the absence of any countermeasures (people interact freely), R0 is 3 or 4. For that ideal case 5b above, R0 = 0 and the infection is stopped dead in its tracks. It turns out that if R0 is greater than 1, the infection is spreading (more and more people are getting infected), and if R0 is less than 1, it is dying out (fewer and fewer people are getting infected).

7. So, realizing that we cannot achieve complete isolation to stop the disease in its tracks (R0 = 0 for one incubation period), we actually just need to get it so that R0 is less than 1 for a number of incubation periods so that it eventually dies out. How do you do that? Reduce interpersonal interaction!

So what's this got to do with stopping travel? Because stopping travel is a necessary condition for minimising interpersonal interaction. What's it got to do with stopping businesses from doing business? Because you have to do that, in order to cut down interpersonal interaction. What's it got to do with stopping conventions, meetings, sporting events, concerts, and bars? Because you have to cut down interpersonal interaction.
 
It's pretty apparent that you don't understand what a shutdown is supposed to accomplish and how and why. I will try my best. I will number the paragraphs - identify the ones that you don't "get".

Good summary.

It's been posted so many times already on this thread, but as long as people continue to spout off nonsense like, "OMG, flu kills more people a year, shut up already", then this needs to be re-iterated over and over again till they get it.
 
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If there's one positive thing that's come of all this....it's all the hilarious TP memes.
 
And with that ... I found a great article with a graphical simulation that shows why "social distancing" works.

The second important factor is ~3000 ICU beds in Ontario (not fact-checked but seems plausible). Nursing friends say ~six ventilators per hospital is a reasonable assumption. Normally ICU and ventilators are almost 100% utilized. Where do we put the critically ill Covid patients and how do we help them breath?
 
It's pretty apparent that you don't understand what a shutdown is supposed to accomplish and how and why. I will try my best. I will number the paragraphs - identify the ones that you don't "get".

1. This disease spreads via interpersonal contact. An infected person comes in contact (basically, breathes/coughs/sneezes) with a person who is not infected, and presto, the person who is not infected is now infected.

2. As of right now, not everyone has this disease. The number who don't have it still vastly outnumber those who do have it.

3. Interactions between the small number who do have it, are infecting people who don't have it. (In the absence of any countermeasures, it seems that each infected person infects 3 or 4 healthy people.)

4. This disease has an incubation period of a few days. Once infected, you will be infectious but without symptoms for a few days (variable, average seems to be 4 or 5). After a week or perhaps a little less, you will start feeling sick, and after about 10 or 12 days, if you happen to be one of the people that gets hit hard by it, that's when you will be really hit. Either way ... you'll know. After a couple of weeks, you will be either healthy (free of the disease), or sick.

5a. Absence of any countermeasures at all, we allow people to freely mix. Every sick person continues infecting 3 or 4 healthy people, and even if their own particular case gets resolved (either by recovering, or by dying), those other 3 or 4 people now have it, and the number of cases grows exponentially until it starts reaching a limiting case ... which is that (almost) everyone has the disease. This disease in the absence of countermeasures doubles the number of cases roughly every 4 days because of this. 100 becomes 200 4 days later, then 800 4 days later, then 1600, then 3200, then 6400, then 12800, and somewhere around that is where the health care system of a decent-size country like Italy starts being overwhelmed, because there are only a finite number of hospital beds, doctors (who are themselves at a constant risk of infection), etc.

5b. Ideally, we stop ALL interpersonal interaction. Yes, I know, not possible, but reality is somewhere on a continuum between 5a and 5b. But let's imagine what happens if we do stop ALL interpersonal interaction at a certain point in time. Let's say there are 500 cases that you know about, and 2500 cases that you don't know about (infected, but not yet showing symptoms, or not yet diagnosed) at the time that you do this. Now, those 3000 people are isolated for two weeks. They can't interact with anyone else. They can't spread the disease because they're not interacting with anyone that they could spread it to. So, what happens? For the healthy uninfected people, they come out the other side of it uninfected, because they were never exposed to anyone who was infected during those two weeks. For the people that were sick at the time that you did this, they come out the other side either recovered, or dead. Either way, those people are also no longer capable of infecting anyone. For the 2500 that were infected but not yet showing symptoms ... they will now, at a minimum, know that they are sick (and should continue being isolated afterward - thus not infecting anyone); hopefully the disease may have even run its course and they have recovered ... or maybe they're dead. Regardless, the people that had the disease, whether they knew it or not at the beginning, will know at the end, and either go back to normal life (recovered) or continue self-isolation until they recover (or die).

6. Now, obviously, that ideal case can not be achieved. Infections have a certain exposure factor called R0 - basically, it's the number of people that an infected person spreads the disease to. For covid-19 in the absence of any countermeasures (people interact freely), R0 is 3 or 4. For that ideal case 5b above, R0 = 0 and the infection is stopped dead in its tracks. It turns out that if R0 is greater than 1, the infection is spreading (more and more people are getting infected), and if R0 is less than 1, it is dying out (fewer and fewer people are getting infected).

7. So, realizing that we cannot achieve complete isolation to stop the disease in its tracks (R0 = 0 for one incubation period), we actually just need to get it so that R0 is less than 1 for a number of incubation periods so that it eventually dies out. How do you do that? Reduce interpersonal interaction!

So what's this got to do with stopping travel? Because stopping travel is a necessary condition for minimising interpersonal interaction. What's it got to do with stopping businesses from doing business? Because you have to do that, in order to cut down interpersonal interaction. What's it got to do with stopping conventions, meetings, sporting events, concerts, and bars? Because you have to cut down interpersonal interaction.
tldr version: Always Ignore trials
 
More importantly, did you manage to purchase any today?

I hired one of those pet care companies to come clean up all the poop in our backyard.

I haven't told them yet we don't have a dog.


In all seriousness, a neighbour friend down the street saw my disgruntled rants on FB and had a space pack of 6 rolls to share with us so we are good in the short time. My daughter is home from college and has been out for 5 days now and using Kleenex. One of her housemates was at a grocery store and nearly got bowled over by people fighting for a few packs store employees were putting out as she happened to be going down the aisle. She never did get any.
 
I hired one of those pet care companies to come clean up all the poop in our backyard.

I haven't told them yet we don't have a dog.


In all seriousness, a neighbour friend down the street saw my disgruntled rants on FB and had a space pack of 6 rolls to share with us so we are good in the short time. My daughter is home from college and has been out for 5 days now and using Kleenex. One of her housemates was at a grocery store and nearly got bowled over by people fighting for a few packs store employees were putting out as she happened to be going down the aisle. She never did get any.

Good to hear you’re okay for now.

This tp stock out reminds me of that Arnold Schwartzenegger movie where everyone is going crazy looking for the Turbo Man toy.


Sent from my iPhone using Tapatalk
 
The second important factor is ~3000 ICU beds in Ontario (not fact-checked but seems plausible). Nursing friends say ~six ventilators per hospital is a reasonable assumption. Normally ICU and ventilators are almost 100% utilized. Where do we put the critically ill Covid patients and how do we help them breath?
you don't.


One week ago, Italy had 2,502 cases of the virus. Today, Italy has 10,149 cases of the coronavirus. There are now simply too many patients for each one of them to receive adequate care. Doctors and nurses are unable to tend to everybody. They lack machines to ventilate all those gasping for air.

Those who are too old to have a high likelihood of recovery, or who have too low a number of “life-years” left even if they should survive, will be left to die. This sounds cruel, but the alternative, the document argues, is no better. “In case of a total saturation of resources, maintaining the criterion of ‘first come, first served’ would amount to a decision to exclude late-arriving patients from access to intensive care
 
you don't.

I know hard decisions will need to be made, it is just the scale of the problem that I didn't realize. Prior to learning differently, I figured a hospital would have 50 to 100 ventilators, not six. With our medical capacity, you are not even picking who lives or dies, you just basically send everyone home and wish them the best. Keeping the one or two you could help in the ICU jeopardizes the safety of other ICU patients (and health care staff, and their families and . . .) and likely doesn't make a statistical difference to the mortality rate. That's not to say that we shouldn't try to save the one or two, just I don't know who is calculating the ethical balance that we will likely face.
 
I know hard decisions will need to be made, it is just the scale of the problem that I didn't realize. Prior to learning differently, I figured a hospital would have 50 to 100 ventilators, not six. With our medical capacity, you are not even picking who lives or dies, you just basically send everyone home and wish them the best. Keeping the one or two you could help in the ICU jeopardizes the safety of other ICU patients (and health care staff, and their families and . . .) and likely doesn't make a statistical difference to the mortality rate. That's not to say that we shouldn't try to save the one or two, just I don't know who is calculating the ethical balance that we will likely face.

I believe the criteria they go by is age and number of quality years left
 
The Americans have been brainwashed into thinking that in a single-payer health care system, some magical dictator is dictating who gets treatment and who doesn't. It seemed that they were about to learn the hard way that in a free-market health care system, a profit-minded insurance company dictates who gets treatment and who doesn't.

... except that by decree under their emergency declaration, testing (what inadequate testing they have ...) and treatment are supposed to be "free".

... and that's how a single-payer health care system works.

Wonder what the look on a certain orange person's face was when he was told that this was how it needed to be done, or else.
 
This is starting to get morbid.
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