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chimpanzee
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BlackGoldAg2011 said:

queso1 said:

If these figures hold up as true, the CFR for healthily people under 40 is probably less of a chance being eaten by a shark in a lake.
since you are making a quantifiable claim, would you mind providing what the percentages are for each of those scenarios? I assume you actually did some level of work to ballpark them before making such a statement...

Can't know the CFR these days, but some data from the CDC that was a few weeks old when I saw it seemed to indicate that for people under 45, COVID-19 increased the chance of dying by about 3 in 1,000,000. For healthy people not in metro NYC, it's probably something less than that.

https://www.cdc.gov/nchs/nvss/vsrr/COVID19/index.htm
Cancelled
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BlackGoldAg2011 said:

queso1 said:

If these figures hold up as true, the CFR for healthily people under 40 is probably less of a chance being eaten by a shark in a lake.
since you are making a quantifiable claim, would you mind providing what the percentages are for each of those scenarios? I assume you actually did some level of work to ballpark them before making such a statement...
Well, ok. There are a variety of freshwater sharks, but to my knowledge, none of them are human predators or large enough to pose a risk. Of course, in North America, I believe the only shark able to survive for long periods of time in fresh water are bull sharks. They typically swim up rivers and foreseeably could get into a lake. Bull sharks are thought to be responsible for the majority of shark attacks in the United States; however, these attacks are typically limited to surf conditions in salt water. I understand that the movie Jaws was loosely based on the shark attacks in New Jersey in the early 20th Century. There's a great book on it called "Close to Shore." I highly recommend it. It's not as exciting as Jaws, but it's good. There are historical reports around that time that sharks (again, likely bull sharks) were responsible for some deaths in creeks and rivers. The book covers this. In any event, the point is that the chances of being attacked by a shark in a lake are very low...the chances of being eaten are even lower - bull sharks do not typically eat humans. Most sharks do not like the taste of human flesh; often it is an act of territorial aggression rather than hunger. So, the chances of being eaten by a shark in a lake are very slim. Did you get all that?

Stay with me here...it's critical to understand that I said "if these figures hold up as true." That might be difficult, but trust me, if you stay with me, you might get my point. My understanding is that there are 328,000,000 people in the United States. If the figures in New York State apply to the United States as a whole to the entire United States (after all, we are treating the entire United States the same as New York right now), that could mean there are (or could be) 49,200,000 people in our country infected with COVID (to calculate this, you multiply the total population by .15 - you are welcome to use .139 or .14, but I believe the distinction would be negligible).

Then, if you take the total amount of current deaths in the US "attributed" to Covid, let's just say 50,000, that gives you a CFR (for the entire population) of 50,000/49,200,000, which equals 0.1%. That's 1/10th of a percent. Now, this is where it it gets tricky...that's for all Americans from birth to lets say 112 years of age. We know that the elderly and sick have a much higher CFR than healthy people under 40. I've seen reports of the CFR for healthy people under 40 being right around 0.32% based on data that is only using current CDC numbers. Now, let's extrapolate that out with the potential higher numbers of potential cases, and the chances of death are much, much lower. I'll let someone with better math skills figure that out - right now were are just talking common sense and logic.

Now, it might not actually be as low as your chances of getting eaten by a shark in a lake, but I doubt anyone ever got as nervous as a long legged cat in a room full of rocking chairs either. People tend to use phrases that aren't intended to be taken literally such as "you've got a better chance of dying on the way to the airport than in a plane crash." But, if these figures hold up as true, the CFR for healthily people under 40 is probably less of a chance being eaten by a shark in a lake.

I hope this helps. Continue following your existing modeling.

oragator
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I think given their death rate, NY likely has a much higher infection rate than the country at large. If not, there is a massive anomoly in their death rate compared to the larger country.
The other way to look at it is that NY currently has a mortality rate of .1 percent for their whole population right now, and only 1 in 7 or so of their population is infected. So the death rate is closer to .7 percent. For NYC someone did the math at .9%.

Truth is probably somewhere in the middle. NYC will probably have a higher mortality rate than some other places, but not two or three times.

But eventually we will have better numbers one wya or the other and won't have to debate it.
Sq 17
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A large death toll is several hundred thousand. A handful of "ifs" most of which are debatable are required to come to a WAG. That being said I will try and answer the question using what I think are defensible estimates of numbers.
If the virus matches through the entire population with the goal being herd immunity & if we estimate herd immunity at 60% of the population will contract the the Covid and we estimate the mortality rate at 3 out of 1000 then we come up with
.6 x.003 x 300,000,000= 450,000 dead

In Louisiana a hard hit county near NOLA had a death rate of 1 out of 1000
If everyone in that county was infected that is very good news because then mortality rate is 1out if 1000 but if only 20% of the county had it the mortality rate is 5 out of 1000

Lastly if no treatment emerges that liwers the lethality of the Covid then flattening the curve and slowing the spread will have much less benefit. I think the Drs are improving in managing this , the Drs are also getting better at not catching it from their patients. If a successful regimen happens than the last month of SIP is denensible response to the pandemic. Personally hoping blood plasma ends up being a useful therapy.

agforlife97
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SkiMo said:

ETFan said:

agforlife97 said:

And even with this many cases, the hospital system, while strained, was not overwhelmed in NYC. The hospital ship and overflow facilities were barely even used. That was the justification for the massive lockdown, the fear that the hospital systems in the US would be overwhelmed. It's clear that that won't happen in most places in the US at this point. In fact the hostpital systems are being strained to the breaking point for lack of patients.

This disease also ravages elderly people. The death rate for 75+ is pretty darn high. But the death rate for people under 60 for sure is probably not worse than seasonal flu, and is probably overall less dangerous, as seasonal flu can and does kill young children. The overall death rate from C-19 will probably be 0.3-0.6%.
Why do think that is?
Exactly. That was the entire point of the nationwide quarantine. And as predicted then, people would come out and say, "See! It wasn't that bad".
There's really no evidence the full lockdown had any effect. There's not a lot of difference between many countries that did total lockdown vs. countries that took more sensible measures (social distancing plus telling old people to stay home).
agforlife97
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Complete Idiot said:

agforlife97 said:



But the death rate for people under 60 for sure is probably not worse than seasonal flu, and is probably overall less dangerous, as seasonal flu can and does kill young children.
From another thread, and I haven't personally confirmed the numbers


This graph shows you cumulative deaths, not death rate.
BlackGoldAg2011
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queso1 said:

BlackGoldAg2011 said:

queso1 said:

If these figures hold up as true, the CFR for healthily people under 40 is probably less of a chance being eaten by a shark in a lake.
since you are making a quantifiable claim, would you mind providing what the percentages are for each of those scenarios? I assume you actually did some level of work to ballpark them before making such a statement...
Well, ok. There are a variety of freshwater sharks, but to my knowledge, none of them are human predators or large enough to pose a risk. Of course, in North America, I believe the only shark able to survive for long periods of time in fresh water are bull sharks. They typically swim up rivers and foreseeably could get into a lake. Bull sharks are thought to be responsible for the majority of shark attacks in the United States; however, these attacks are typically limited to surf conditions in salt water. I understand that the movie Jaws was loosely based on the shark attacks in New Jersey in the early 20th Century. There's a great book on it called "Close to Shore." I highly recommend it. It's not as exciting as Jaws, but it's good. There are historical reports around that time that sharks (again, likely bull sharks) were responsible for some deaths in creeks and rivers. The book covers this. In any event, the point is that the chances of being attacked by a shark in a lake are very low...the chances of being eaten are even lower - bull sharks do not typically eat humans. Most sharks do not like the taste of human flesh; often it is an act of territorial aggression rather than hunger. So, the chances of being eaten by a shark in a lake are very slim. Did you get all that?

Stay with me here...it's critical to understand that I said "if these figures hold up as true." That might be difficult, but trust me, if you stay with me, you might get my point. My understanding is that there are 328,000,000 people in the United States. If the figures in New York State apply to the United States as a whole to the entire United States (after all, we are treating the entire United States the same as New York right now), that could mean there are (or could be) 49,200,000 people in our country infected with COVID (to calculate this, you multiply the total population by .15 - you are welcome to use .139 or .14, but I believe the distinction would be negligible).

Then, if you take the total amount of current deaths in the US "attributed" to Covid, let's just say 50,000, that gives you a CFR (for the entire population) of 50,000/49,200,000, which equals 0.1%. That's 1/10th of a percent. Now, this is where it it gets tricky...that's for all Americans from birth to lets say 112 years of age. We know that the elderly and sick have a much higher CFR than healthy people under 40. I've seen reports of the CFR for healthy people under 40 being right around 0.32% based on data that is only using current CDC numbers. Now, let's extrapolate that out with the potential higher numbers of potential cases, and the chances of death are much, much lower. I'll let someone with better math skills figure that out - right now were are just talking common sense and logic.

Now, it might not actually be as low as your chances of getting eaten by a shark in a lake, but I doubt anyone ever got as nervous as a long legged cat in a room full of rocking chairs either. People tend to use phrases that aren't intended to be taken literally such as "you've got a better chance of dying on the way to the airport than in a plane crash." But, if these figures hold up as true, the CFR for healthily people under 40 is probably less of a chance being eaten by a shark in a lake.

I hope this helps. Continue following your existing modeling.


so you are admitting your statement is outlandish at best. and specifically written to be provoking rather than insightful. i did some reading too, and found 1 claimed shark attack in a lake. Lake Michigan, where a boy had his leg bitten off below the knee in 1955. Theoretically could have been a bull shark as at the time the path from the ocean existed, but was never confirmed. so 1 case in the last 65 years if we assume that's what that was. Summer of 1955 through summer of 2019 roughly 467MM unique people have lived in the US. so that puts your odds of being attacked by a shark in the lake at 1 in 467MM over a lifetime. So if one single healthy and under 40 person dies, your statement is quantifiably false.
Squadron7
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agforlife97 said:

SkiMo said:

ETFan said:

agforlife97 said:

And even with this many cases, the hospital system, while strained, was not overwhelmed in NYC. The hospital ship and overflow facilities were barely even used. That was the justification for the massive lockdown, the fear that the hospital systems in the US would be overwhelmed. It's clear that that won't happen in most places in the US at this point. In fact the hostpital systems are being strained to the breaking point for lack of patients.

This disease also ravages elderly people. The death rate for 75+ is pretty darn high. But the death rate for people under 60 for sure is probably not worse than seasonal flu, and is probably overall less dangerous, as seasonal flu can and does kill young children. The overall death rate from C-19 will probably be 0.3-0.6%.
Why do think that is?
Exactly. That was the entire point of the nationwide quarantine. And as predicted then, people would come out and say, "See! It wasn't that bad".
There's really no evidence the full lockdown had any effect. There's not a lot of difference between many countries that did total lockdown vs. countries that took more sensible measures (social distancing plus telling old people to stay home).

A NYC "Lockdown" that leaves mass transit still running is not a lockdown at all. Short of holding stadium events again, what could, say, Houston do that would match the effect of a virus spread that people crammed together in a subway car has? Especially now given the population as a whole is much more aware and careful....especially those in the highest risk groups.
Dr. Alister MacKenzie
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BlackGoldAg2011 said:

queso1 said:

BlackGoldAg2011 said:

queso1 said:

If these figures hold up as true, the CFR for healthily people under 40 is probably less of a chance being eaten by a shark in a lake.
since you are making a quantifiable claim, would you mind providing what the percentages are for each of those scenarios? I assume you actually did some level of work to ballpark them before making such a statement...
Well, ok. There are a variety of freshwater sharks, but to my knowledge, none of them are human predators or large enough to pose a risk. Of course, in North America, I believe the only shark able to survive for long periods of time in fresh water are bull sharks. They typically swim up rivers and foreseeably could get into a lake. Bull sharks are thought to be responsible for the majority of shark attacks in the United States; however, these attacks are typically limited to surf conditions in salt water. I understand that the movie Jaws was loosely based on the shark attacks in New Jersey in the early 20th Century. There's a great book on it called "Close to Shore." I highly recommend it. It's not as exciting as Jaws, but it's good. There are historical reports around that time that sharks (again, likely bull sharks) were responsible for some deaths in creeks and rivers. The book covers this. In any event, the point is that the chances of being attacked by a shark in a lake are very low...the chances of being eaten are even lower - bull sharks do not typically eat humans. Most sharks do not like the taste of human flesh; often it is an act of territorial aggression rather than hunger. So, the chances of being eaten by a shark in a lake are very slim. Did you get all that?

Stay with me here...it's critical to understand that I said "if these figures hold up as true." That might be difficult, but trust me, if you stay with me, you might get my point. My understanding is that there are 328,000,000 people in the United States. If the figures in New York State apply to the United States as a whole to the entire United States (after all, we are treating the entire United States the same as New York right now), that could mean there are (or could be) 49,200,000 people in our country infected with COVID (to calculate this, you multiply the total population by .15 - you are welcome to use .139 or .14, but I believe the distinction would be negligible).

Then, if you take the total amount of current deaths in the US "attributed" to Covid, let's just say 50,000, that gives you a CFR (for the entire population) of 50,000/49,200,000, which equals 0.1%. That's 1/10th of a percent. Now, this is where it it gets tricky...that's for all Americans from birth to lets say 112 years of age. We know that the elderly and sick have a much higher CFR than healthy people under 40. I've seen reports of the CFR for healthy people under 40 being right around 0.32% based on data that is only using current CDC numbers. Now, let's extrapolate that out with the potential higher numbers of potential cases, and the chances of death are much, much lower. I'll let someone with better math skills figure that out - right now were are just talking common sense and logic.

Now, it might not actually be as low as your chances of getting eaten by a shark in a lake, but I doubt anyone ever got as nervous as a long legged cat in a room full of rocking chairs either. People tend to use phrases that aren't intended to be taken literally such as "you've got a better chance of dying on the way to the airport than in a plane crash." But, if these figures hold up as true, the CFR for healthily people under 40 is probably less of a chance being eaten by a shark in a lake.

I hope this helps. Continue following your existing modeling.


so you are admitting your statement is outlandish at best. and specifically written to be provoking rather than insightful. i did some reading too, and found 1 claimed shark attack in a lake. Lake Michigan, where a boy had his leg bitten off below the knee in 1955. Theoretically could have been a bull shark as at the time the path from the ocean existed, but was never confirmed. so 1 case in the last 65 years if we assume that's what that was. Summer of 1955 through summer of 2019 roughly 467MM unique people have lived in the US. so that puts your odds of being attacked by a shark in the lake at 1 in 467MM over a lifetime. So if one single healthy and under 40 person dies, your statement is quantifiably false.


This is what we've resorted to at this point? Technicality in a world of internet hyperbole to drive home some bizarre gotcha point about a virus no one knows about?

This new forum is something else.
agforlife97
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Squadron7 said:

agforlife97 said:

SkiMo said:

ETFan said:

agforlife97 said:

And even with this many cases, the hospital system, while strained, was not overwhelmed in NYC. The hospital ship and overflow facilities were barely even used. That was the justification for the massive lockdown, the fear that the hospital systems in the US would be overwhelmed. It's clear that that won't happen in most places in the US at this point. In fact the hostpital systems are being strained to the breaking point for lack of patients.

This disease also ravages elderly people. The death rate for 75+ is pretty darn high. But the death rate for people under 60 for sure is probably not worse than seasonal flu, and is probably overall less dangerous, as seasonal flu can and does kill young children. The overall death rate from C-19 will probably be 0.3-0.6%.
Why do think that is?
Exactly. That was the entire point of the nationwide quarantine. And as predicted then, people would come out and say, "See! It wasn't that bad".
There's really no evidence the full lockdown had any effect. There's not a lot of difference between many countries that did total lockdown vs. countries that took more sensible measures (social distancing plus telling old people to stay home).

A NYC "Lockdown" that leaves mass transit still running is not a lockdown at all. Short of holding stadium events again, what could, say, Houston do that would match the effect of a virus spread that people crammed together in a subway car has? Especially now given the population as a whole is much more aware and careful....especially those in the highest risk groups.
I agree that NYC has to be a special case in many respects. It one of the few cities in the US where basically everyone takes mass transit. That has to be a big reason why NYC was hit so hard. We certainly know that being confined together on a ship is a good way to spread it, so subways seem pretty similar to that.

But when I say "total lockdown" I mean keeping people from going to work, closing restaurants and movie theaters, etc. Countries like Japan didn't do that. They did tell elderly people to social distance.
cone
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AG
the ultimate IFR seems destined for 1%

but that's heavily weighted for the above 60

and the hospitalization rate maybe much lower for the below 60 than anticipated, even with obesity, etc

I do hope that with a good early treatment and severe social distancing for the older people, you can knock this down to bad flu. give yourself enough time economically to get a booster shot or mass production of a antibody treatment
Squadron7
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agforlife97 said:

Squadron7 said:

agforlife97 said:

SkiMo said:

ETFan said:

agforlife97 said:

And even with this many cases, the hospital system, while strained, was not overwhelmed in NYC. The hospital ship and overflow facilities were barely even used. That was the justification for the massive lockdown, the fear that the hospital systems in the US would be overwhelmed. It's clear that that won't happen in most places in the US at this point. In fact the hostpital systems are being strained to the breaking point for lack of patients.

This disease also ravages elderly people. The death rate for 75+ is pretty darn high. But the death rate for people under 60 for sure is probably not worse than seasonal flu, and is probably overall less dangerous, as seasonal flu can and does kill young children. The overall death rate from C-19 will probably be 0.3-0.6%.
Why do think that is?
Exactly. That was the entire point of the nationwide quarantine. And as predicted then, people would come out and say, "See! It wasn't that bad".
There's really no evidence the full lockdown had any effect. There's not a lot of difference between many countries that did total lockdown vs. countries that took more sensible measures (social distancing plus telling old people to stay home).

A NYC "Lockdown" that leaves mass transit still running is not a lockdown at all. Short of holding stadium events again, what could, say, Houston do that would match the effect of a virus spread that people crammed together in a subway car has? Especially now given the population as a whole is much more aware and careful....especially those in the highest risk groups.
I agree that NYC has to be a special case in many respects. It one of the few cities in the US where basically everyone takes mass transit. That has to be a big reason why NYC was hit so hard. We certainly know that being confined together on a ship is a good way to spread it, so subways seem pretty similar to that.

But when I say "total lockdown" I mean keeping people from going to work, closing restaurants and movie theaters, etc. Countries like Japan didn't do that. They did tell elderly people to social distance.

And I think that is where we are headed. The virus is what it is. We cannot shut down the economy again. In retrospect, it looks like what should have happened is that the at risk population would need to shelter in place rather than the entire population. This is a war that kills the old and infirm. Keep them out of the firing line as long as possible. And without a vaccine...keeping people NOT in the high risk groups on the firing line is our best defense. I'm not sure we did ourselves any favors by closing all of the schools.
BlackGoldAg2011
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agforlife97 said:

Complete Idiot said:

agforlife97 said:



But the death rate for people under 60 for sure is probably not worse than seasonal flu, and is probably overall less dangerous, as seasonal flu can and does kill young children.
From another thread, and I haven't personally confirmed the numbers


This graph shows you cumulative deaths, not death rate.
that's because for COVID, we don't yet know the number of infected period (though the OP study gets us closer) much less by age group. What this graph shows is that, when compared to the worst seasonal flu year in the last decade, COVID is likely significantly more dangerous than the flu even for under 45 year olds. Now there may be some truth that for young children (<10) this is significantly less dangerous than flu, which as a parent makes me breathe much easier, but for the rest of the population that doesn't seem to hold true.
BlackGoldAg2011
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AG
cone said:

the ultimate IFR seems destined for 1%

but that's heavily weighted for the above 60

and the hospitalization rate maybe much lower for the below 60 than anticipated, even with obesity, etc

I do hope that with a good early treatment and severe social distancing for the older people, you can knock this down to bad flu. give yourself enough time economically to get a booster shot or mass production of a antibody treatment

asusming 90% for sensitivity and 90% for specificity for the new york antibody screening (i just guessed on these numbers based on some of the tests i've seen as i can't find what test they used) the CFR for NYC is somewhere between 0.61% and 1.7%

if you assume 85% for each that widens to CFR=0.53%-3.07%

and if you increase it to 95% you get .73%-1.18%


all that to say i really hope we get the info on the test released
BowSowy
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Dr. Alister MacKenzie said:

BlackGoldAg2011 said:

queso1 said:

BlackGoldAg2011 said:

queso1 said:

If these figures hold up as true, the CFR for healthily people under 40 is probably less of a chance being eaten by a shark in a lake.
since you are making a quantifiable claim, would you mind providing what the percentages are for each of those scenarios? I assume you actually did some level of work to ballpark them before making such a statement...
Well, ok. There are a variety of freshwater sharks, but to my knowledge, none of them are human predators or large enough to pose a risk. Of course, in North America, I believe the only shark able to survive for long periods of time in fresh water are bull sharks. They typically swim up rivers and foreseeably could get into a lake. Bull sharks are thought to be responsible for the majority of shark attacks in the United States; however, these attacks are typically limited to surf conditions in salt water. I understand that the movie Jaws was loosely based on the shark attacks in New Jersey in the early 20th Century. There's a great book on it called "Close to Shore." I highly recommend it. It's not as exciting as Jaws, but it's good. There are historical reports around that time that sharks (again, likely bull sharks) were responsible for some deaths in creeks and rivers. The book covers this. In any event, the point is that the chances of being attacked by a shark in a lake are very low...the chances of being eaten are even lower - bull sharks do not typically eat humans. Most sharks do not like the taste of human flesh; often it is an act of territorial aggression rather than hunger. So, the chances of being eaten by a shark in a lake are very slim. Did you get all that?

Stay with me here...it's critical to understand that I said "if these figures hold up as true." That might be difficult, but trust me, if you stay with me, you might get my point. My understanding is that there are 328,000,000 people in the United States. If the figures in New York State apply to the United States as a whole to the entire United States (after all, we are treating the entire United States the same as New York right now), that could mean there are (or could be) 49,200,000 people in our country infected with COVID (to calculate this, you multiply the total population by .15 - you are welcome to use .139 or .14, but I believe the distinction would be negligible).

Then, if you take the total amount of current deaths in the US "attributed" to Covid, let's just say 50,000, that gives you a CFR (for the entire population) of 50,000/49,200,000, which equals 0.1%. That's 1/10th of a percent. Now, this is where it it gets tricky...that's for all Americans from birth to lets say 112 years of age. We know that the elderly and sick have a much higher CFR than healthy people under 40. I've seen reports of the CFR for healthy people under 40 being right around 0.32% based on data that is only using current CDC numbers. Now, let's extrapolate that out with the potential higher numbers of potential cases, and the chances of death are much, much lower. I'll let someone with better math skills figure that out - right now were are just talking common sense and logic.

Now, it might not actually be as low as your chances of getting eaten by a shark in a lake, but I doubt anyone ever got as nervous as a long legged cat in a room full of rocking chairs either. People tend to use phrases that aren't intended to be taken literally such as "you've got a better chance of dying on the way to the airport than in a plane crash." But, if these figures hold up as true, the CFR for healthily people under 40 is probably less of a chance being eaten by a shark in a lake.

I hope this helps. Continue following your existing modeling.


so you are admitting your statement is outlandish at best. and specifically written to be provoking rather than insightful. i did some reading too, and found 1 claimed shark attack in a lake. Lake Michigan, where a boy had his leg bitten off below the knee in 1955. Theoretically could have been a bull shark as at the time the path from the ocean existed, but was never confirmed. so 1 case in the last 65 years if we assume that's what that was. Summer of 1955 through summer of 2019 roughly 467MM unique people have lived in the US. so that puts your odds of being attacked by a shark in the lake at 1 in 467MM over a lifetime. So if one single healthy and under 40 person dies, your statement is quantifiably false.


This is what we've resorted to at this point? Technicality in a world of internet hyperbole to drive home some bizarre gotcha point about a virus no one knows about?

This new forum is something else.
No kidding. This is the weirdest and most petty argument I've seen in a while. Embarrassing.
SirLurksALot
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BlackGoldAg2011 said:

agforlife97 said:

Complete Idiot said:

agforlife97 said:



But the death rate for people under 60 for sure is probably not worse than seasonal flu, and is probably overall less dangerous, as seasonal flu can and does kill young children.
From another thread, and I haven't personally confirmed the numbers


This graph shows you cumulative deaths, not death rate.
that's because for COVID, we don't yet know the number of infected period (though the OP study gets us closer) much less by age group. What this graph shows is that, when compared to the worst seasonal flu year in the last decade, COVID is likely significantly more dangerous than the flu even for under 45 year olds. Now there may be some truth that for young children (<10) this is significantly less dangerous than flu, which as a parent makes me breathe much easier, but for the rest of the population that doesn't seem to hold true.


I haven't seen a CFR age breakdown for the US, but there has been a graph of data from Italy, Spain, and two other countries posted here a few times that showed the CFR for those between 30 and 40 at around 0.5%, under 30 was even lower. That is just for confirmed cases. The actual fatality rate is likely much lower. It is possible for this so be more dangerous than the flu for those under 40 and also still not a legitimate threat.
BlackGoldAg2011
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AG
SirLurksALot said:

BlackGoldAg2011 said:

agforlife97 said:

Complete Idiot said:

agforlife97 said:



But the death rate for people under 60 for sure is probably not worse than seasonal flu, and is probably overall less dangerous, as seasonal flu can and does kill young children.
From another thread, and I haven't personally confirmed the numbers


This graph shows you cumulative deaths, not death rate.
that's because for COVID, we don't yet know the number of infected period (though the OP study gets us closer) much less by age group. What this graph shows is that, when compared to the worst seasonal flu year in the last decade, COVID is likely significantly more dangerous than the flu even for under 45 year olds. Now there may be some truth that for young children (<10) this is significantly less dangerous than flu, which as a parent makes me breathe much easier, but for the rest of the population that doesn't seem to hold true.


I haven't seen a CFR age breakdown for the US, but there has been a graph of data from Italy, Spain, and two other countries posted here a few times that showed the CFR for those between 30 and 40 at around 0.5%, under 30 was even lower. That is just for confirmed cases. The actual fatality rate is likely much lower. It is possible for this so be more dangerous than the flu for those under 40 and also still not a legitimate threat.
Yea, i've seen those, but with what we've suspected being shown with hard data, that the actual infection rate is much higher than the confirmed rate is showing, I don't want to use that for calculation until we can quantify it in some way. For the 2017-2018 flu season i plotted in the above plot, the CFR for those under 50 was 0.0135%.

As for you last point, I agree that it is possible that it be worse than flu and "still not be a legitimate threat" but i've tried to steer clear of that question entirely because it is really more a question of risk tolerance and isn't exactly objective and measurable.
Complete Idiot
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agforlife97 said:

Complete Idiot said:

agforlife97 said:



But the death rate for people under 60 for sure is probably not worse than seasonal flu, and is probably overall less dangerous, as seasonal flu can and does kill young children.
From another thread, and I haven't personally confirmed the numbers


This graph shows you cumulative deaths, not death rate.
Actually I don't know what it shows since it shows cumulative death count rising and then going down for influenza. Resurrections?

But looking at the CDC data for 2017-2018 they estimated 3400 deaths for those under age 50, and we are maybe around half of that total for people under 45 with COvid. We'll have to compare later to get the real mortality rate, factoring in estimated covid cases in the denominator.

Cumulative deaths is used to calculated a death rate of some kind, if the approximate same number of people got covid and flu you could tell by cumulative deaths a rough rate.
BlackGoldAg2011
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AG
Complete Idiot said:

agforlife97 said:

Complete Idiot said:

agforlife97 said:



But the death rate for people under 60 for sure is probably not worse than seasonal flu, and is probably overall less dangerous, as seasonal flu can and does kill young children.
From another thread, and I haven't personally confirmed the numbers


This graph shows you cumulative deaths, not death rate.
Actually I don't know what it shows since it shows cumulative death count rising and then going down for influenza. Resurrections?

But looking at the CDC data for 2017-2018 they estimated 3400 deaths for those under age 50, and we are maybe around half of that total for people under 45 with COvid. We'll have to compare later to get the real mortality rate, factoring in estimated covid cases in the denominator.

Cumulative deaths is used to calculated a death rate of some kind, if the approximate same number of people got covid and flu you could tell by cumulative deaths a rough rate.
as the creator of this graph may i suggest you read the title? it shows the Rolling 4 week cumulative death count. so for any point on the graph, it shows the total number of deaths that occurred in the previous 4 weeks
BlackGoldAg2011
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AG
finally got the Sensitivity and Specificity released for the NY antibody testing. Here is the updated plot using the real numbers. The last few sliders using NYC as a case study are average time from infection to death (which seems to still be holding around 21 days) and average time from infection to IgG development. but even playing with those sliders looks like NYC is settling into the 0.8%-1.1% range


applying that IFR to the USA as a whole, we would be sitting around 9.5MM-12MM cumulative infections to date.
nukeaggie2000
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AG
BlackGoldAg2011 said:

finally got the Sensitivity and Specificity released for the NY antibody testing. Here is the updated plot using the real numbers. The last few sliders using NYC as a case study are average time from infection to death (which seems to still be holding around 21 days) and average time from infection to IgG development. but even playing with those sliders looks like NYC is settling into the 0.8%-1.1% range


applying that IFR to the USA as a whole, we would be sitting around 9.5MM-12MM cumulative infections to date.
you should try to infer that IFR to large USA cities with mass transit and then use the "rest of NY state" IFR to apply to the rest of the USA to get a more accurate cumulative infections to date. NYC infetions vs rest of NY state is an order of magnitude difference
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