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originally posted by: HalWesten
The federal government, not the health care system (notice ours isn't federalized?) is giving hospitals more money for Covid "deaths", the hospitals aren't doing that. But yes, the fraud is real and rampant.
States such as Minnesota, Nebraska and Montana, which the pandemic has touched relatively lightly, are getting more than $300,000 per reported COVID-19 case in the $30 billion, according to a Kaiser Health News analysis.
On the other hand, New York, the worst-hit state, would receive only $12,000 per case. Florida is getting $132,000 per case. KHN relied on a state breakdown provided to the House Ways and Means Committee by HHS along with COVID-19 cases tabulated by The New York Times.
originally posted by: Lumenari
a reply to: chr0naut
Does google not work in NZ?
First link...
Uneven Spread Of COVID-19 Aid
States such as Minnesota, Nebraska and Montana, which the pandemic has touched relatively lightly, are getting more than $300,000 per reported COVID-19 case in the $30 billion, according to a Kaiser Health News analysis.
On the other hand, New York, the worst-hit state, would receive only $12,000 per case. Florida is getting $132,000 per case. KHN relied on a state breakdown provided to the House Ways and Means Committee by HHS along with COVID-19 cases tabulated by The New York Times.
That was just the first wave of relief to states.
More is coming.
At the end of the day, Progressive states can make a ton of Federal money to throw down the black holes that are their state budgets by getting as many Covid cases on the books as possible.
See... New York as a good example.
originally posted by: chr0naut
a reply to: Gargoyle91
It didn't disappear.
2019-2020 U.S. Flu Season: Preliminary Burden Estimates - CDC
As it isn't over, they haven't finalized the numbers.
originally posted by: 1947boomer
Yes, social distancing would take a bite out of flu right away precisely because it's endemic. That fact that it's endemic means that a large fraction of the population already has some immunity/resistance to it. The technical definition of "endemic" is when the basic reproduction number, R, = 1. When R = 1, each person who is infected transfers the infection to one other person, on the average. That means the infection in the population neither grows bigger nor disappears entirely. Under business as usual--in other words no social distancing--R becomes slightly greater than 1 when the flu season starts. That's because a slightly different strain comes along seasonally and also, I think, because people become more susceptible to infection in cold weather. Under those condition, R rises slightly above 1, because there is now a slightly larger fraction of the population that is susceptible to infection. Because R is only slightly greater than 1 for the flu in most years, it will grow exponentially, but it doesn't take much to push it back down to 1 after 20% or so of the population has had it and the weather warms up.
When COVID19 hit, its initial R value was around 2.5, because it was novel--nobody had ever had it before--and we were still in the business-as-usual mode. Each infected person infected 2.5 other people, on the average. That means that about 60% of the population would have to have been infected in order for R to go down to 1. If, through social distancing, you reduced the average number of person-to-person contacts in the population from, let's say, 20 per day down to 10 per day, you would theoretically cut the R value of COVID19 down to 1.25--about what it is for the flu in average year. But the same social distancing means you would expect to cut the R value for seasonal flu down to 0.65--a number less than 1. That means that the seasonal flu would very quickly die out.
originally posted by: Xtrozero
originally posted by: chr0naut
a reply to: Gargoyle91
It didn't disappear.
2019-2020 U.S. Flu Season: Preliminary Burden Estimates - CDC
As it isn't over, they haven't finalized the numbers.
So is that 60,000 deaths on top of COVID-19 deaths?
originally posted by: 1947boomer
originally posted by: burdman30ott6
originally posted by: DISRAELI
a reply to: Gargoyle91
Wouldn't social distancing inhibit the spread of ordinary flu even more effectively than it inhibits the spread of Covid?
Flu is endemic in humans. Yeah, it is communicable, but it also is so prevalent that almost all humans carry it in absence of symptoms. That's how they decide what vaccine to use each year, basing it off of whatever strain they see most carried in summer seasons when the virus tends to be far less symptomatic. I dont see social distancing taking a major bite out of flu numbers over the course of just 2 months.
That said, flu numbers could be predicted to be lower next year if social distancing lingers through summer and early fall.
Yes, social distancing would take a bite out of flu right away precisely because it's endemic. That fact that it's endemic means that a large fraction of the population already has some immunity/resistance to it. The technical definition of "endemic" is when the basic reproduction number, R, = 1. When R = 1, each person who is infected transfers the infection to one other person, on the average. That means the infection in the population neither grows bigger nor disappears entirely. Under business as usual--in other words no social distancing--R becomes slightly greater than 1 when the flu season starts. That's because a slightly different strain comes along seasonally and also, I think, because people become more susceptible to infection in cold weather. Under those condition, R rises slightly above 1, because there is now a slightly larger fraction of the population that is susceptible to infection. Because R is only slightly greater than 1 for the flu in most years, it will grow exponentially, but it doesn't take much to push it back down to 1 after 20% or so of the population has had it and the weather warms up.
When COVID19 hit, its initial R value was around 2.5, because it was novel--nobody had ever had it before--and we were still in the business-as-usual mode. Each infected person infected 2.5 other people, on the average. That means that about 60% of the population would have to have been infected in order for R to go down to 1. If, through social distancing, you reduced the average number of person-to-person contacts in the population from, let's say, 20 per day down to 10 per day, you would theoretically cut the R value of COVID19 down to 1.25--about what it is for the flu in average year. But the same social distancing means you would expect to cut the R value for seasonal flu down to 0.65--a number less than 1. That means that the seasonal flu would very quickly die out.
originally posted by: Helious
originally posted by: 1947boomer
originally posted by: burdman30ott6
originally posted by: DISRAELI
a reply to: Gargoyle91
Wouldn't social distancing inhibit the spread of ordinary flu even more effectively than it inhibits the spread of Covid?
Flu is endemic in humans. Yeah, it is communicable, but it also is so prevalent that almost all humans carry it in absence of symptoms. That's how they decide what vaccine to use each year, basing it off of whatever strain they see most carried in summer seasons when the virus tends to be far less symptomatic. I dont see social distancing taking a major bite out of flu numbers over the course of just 2 months.
That said, flu numbers could be predicted to be lower next year if social distancing lingers through summer and early fall.
Yes, social distancing would take a bite out of flu right away precisely because it's endemic. That fact that it's endemic means that a large fraction of the population already has some immunity/resistance to it. The technical definition of "endemic" is when the basic reproduction number, R, = 1. When R = 1, each person who is infected transfers the infection to one other person, on the average. That means the infection in the population neither grows bigger nor disappears entirely. Under business as usual--in other words no social distancing--R becomes slightly greater than 1 when the flu season starts. That's because a slightly different strain comes along seasonally and also, I think, because people become more susceptible to infection in cold weather. Under those condition, R rises slightly above 1, because there is now a slightly larger fraction of the population that is susceptible to infection. Because R is only slightly greater than 1 for the flu in most years, it will grow exponentially, but it doesn't take much to push it back down to 1 after 20% or so of the population has had it and the weather warms up.
When COVID19 hit, its initial R value was around 2.5, because it was novel--nobody had ever had it before--and we were still in the business-as-usual mode. Each infected person infected 2.5 other people, on the average. That means that about 60% of the population would have to have been infected in order for R to go down to 1. If, through social distancing, you reduced the average number of person-to-person contacts in the population from, let's say, 20 per day down to 10 per day, you would theoretically cut the R value of COVID19 down to 1.25--about what it is for the flu in average year. But the same social distancing means you would expect to cut the R value for seasonal flu down to 0.65--a number less than 1. That means that the seasonal flu would very quickly die out.
Sorry my friend, none of your seemingly educated math holds any merit because every model up to and including this point has not been even remotely correct. It's not that it has been slightly off base, it's that it has been a complete punchline with experts clamoring to try and hold on to some validity.
The fact is, this novel corona virus has some things the seasonal flu does not. It spreads easier because the symptoms are dormant for a period of time or as science has proven, most are asymptomatic.
Here are some other facts when you consider these things. Health officials all over the Untied States and in fact the world have stated openly that Covid-19 deaths are accounted not based on scientific fact but on what local county and state officials decide to put on a hospital administration slip or a death certificate. Seem harmless right? Why would anyone lie in the middle of a pandemic as dangerous as the Spanish Flu??? Am I right......?
Then, take in that every hospital, every county, every state gets federal money for every covid-19 case. I hear about audits to states unemployment and welfare services happen all the time, maybe we need a third party audit on actual facts that have caused the greatest depervation of Constitutional rights any of us have ever seen in our lifetime.
originally posted by: Helious
a reply to: chr0naut
I'm sorry, are we talking about getting shot now? Are we talking about the second amendment? Let me guess....... You think the answer to the pandemic is to ban guns right?
originally posted by: LookingAtMars
a reply to: Iscool
You might notice there aren't any cases of pneumonia either...
There are reports that heart attacks and strokes have vanished too.
Reports from people that have no idea what they are talking about. The numbers are all on the CDC site, deaths other than COVID are proceeding as ordinary. Flu deaths tend to end by the middle of April in most years.
Harlan Krumholz, M.D., is professor of medicine at Yale and director of the Yale New Haven Hospital Center for Outcomes Research and Evaluation.
originally posted by: putnam6
Like all of the above, it went to CoVid stats why you may ask?
Flu and pneumonia cases 0 federal dollars for states and hospitals
CoVid 19 cases mucho federal dinero for states and hospitals
We will likely never know the real totals ...