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OT: USA COVID-19 Vaccination Updates

Someone should create a huge spreadsheet of all the decision makers in this thing and what they did with their kids. Big Commish allowing his son to play at MSU, yet cancelling the BIG Season out of safety. Be interesting to see who allowed their kids to live life while shutting everyone else down.
 
You might turn out to be correct, but what is your basis for making that statement? Or do you have no basis?

What is the basis for the contrary? If wearing a mask did absolutely zero to save lives, why did doctors bother to wear masks when treating covid patients?
 
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If the governor said that, that is also entirely bullshit
Murphy did say that which is of course bullshit since if that was his attitude then there are literally hundreds of things he could do to save a life - close bars an hour early would probable save many lives lost to drunks that went over the limit that last hour and there are hundreds of more examples such his reasoning is idiotic.
 
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Murphy did say that which is of course bullshit since if that was his attitude then there are literally hundreds of things he could do to save a life - close bars an hour early would probable save many lives lost to drunks that went over the limit that last hour and there are hundreds of more examples such his reasoning is idiotic.

Murphy also said reason he is doing it because there was a spike in January and another in March and he doesn't want a third. So again, showing his incomptence (and that this is about politics and not science) as with the combination of vaccination rate (which is high in NJ) and previous infection (which again is very high in NJ) that third spike cannot happen.

Oh yeah, daily positive in NJ is now 437 on the 7 day rolling average so per capita is about as low as anywhere in the state.

He said that he will lift the mask mandate when 'he' feels comfortable with the health metrics. So literally he and he alone makes the decision. Powers that governors have is just crazy.
 
With respect to the mask discussion, I look at S. Korea, Japan, Hong Kong, Singapore, Vietnam etc. In that part of the world, there was very little community spread of COVID. They also employed robust contact tracing coupled with quarantine for people who came in contact with infected individuals.
 
With respect to the mask discussion, I look at S. Korea, Japan, Hong Kong, Singapore, Vietnam etc. In that part of the world, there was very little community spread of COVID. They also employed robust contact tracing coupled with quarantine for people who came in contact with infected individuals.

i would also throw in that mix that those countries probably a much, much higher percentage of people with natural immunity levels due to previous exposure to similar virus as Southeast Asia is just a hotbed of virus infections.
 
i would also throw in that mix that those countries probably a much, much higher percentage of people with natural immunity levels due to previous exposure to similar virus as Southeast Asia is just a hotbed of virus infections.
Based on what? Your hunch?
 
With respect to the mask discussion, I look at S. Korea, Japan, Hong Kong, Singapore, Vietnam etc. In that part of the world, there was very little community spread of COVID. They also employed robust contact tracing coupled with quarantine for people who came in contact with infected individuals.

Without either high levels of previous infection or high vaccination rates or some combo of both no country is immune, no matter how well they think they are doing containing it.
 
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Based on what? Your hunch?
The same hunch that the OP had when he said their masking and contract tracing was better than California's? Or do hunches only work one way?

A guy without a real science degree posts nonsense that is blue - hunch OK?

A guy who has posted a ton of data and analysis that is red - hunch not OK?

We give the benefit of the doubt to the guy who has not once given reason or theory or data?
 
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Show us your evidence that this is the case.

I happen to agree with you, but my reasoning is based on math and physics, along with statistics.

Show us what your beliefs are based upon.

I'm curious, why do you choose to challenge this position that you believe to be true while NOT challenging the other guy's more unreasonable position?
 
With respect to the mask discussion, I look at S. Korea, Japan, Hong Kong, Singapore, Vietnam etc. In that part of the world, there was very little community spread of COVID. They also employed robust contact tracing coupled with quarantine for people who came in contact with infected individuals.
Japan



Taiwan



Thailand



Vietnam

 
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The same hunch that the OP had when he said their masking and contract tracing was better than California's? Or do hunches only work one way?

A guy without a real science degree posts nonsense that is blue - hunch OK?

A guy who has posted a ton of data and analysis that is red - hunch not OK?

We give the benefit of the doubt to the guy who has not once given reason or theory or data?
LOL. What?
 
Show us your evidence that this is the case.

I happen to agree with you, but my reasoning is based on math and physics, along with statistics.

Show us what your beliefs are based upon.
His statement was unmitigated bullshit on its face alone. No evidence needs to be presented.
 
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To say that masking did not reduce the fatality rate...whatsoever.....is absolute bullshit

There sure is a lot of "anti-science" in this crowd.

You're almost surely right, but there is a reason that we used to teach "show your work" in engineering, math, and physics.

There really is - and that's what separates those who can be trusted to
I'm curious, why do you choose to challenge this position that you believe to be true while NOT challenging the other guy's more unreasonable position?

Because we should all hold each other to a minimum standard.

I routinely correct errors and sloppy thinking on both sides.

Routinely.
 
Because we should all hold each other to a minimum standard.

I routinely correct errors and sloppy thinking on both sides.

Routinely.

That's a cop out answer, in THIS case, you should have challenged bang since you don't agree with him. btw, you never challenge him like I challenged his Twitter spin/sources, I wonder why that is.
 
In Asia, hey have had spikes which they then control in the early stages. Vietnam, for example just had a HUGE spike....90 new infections. Taiwan....40. Japan...6000. These numbers hen get contained by contact tracing and quarantine.
 
In Asia, hey have had spikes which they then control in the early stages. Vietnam, for example just had a HUGE spike....90 new infections. Taiwan....40. Japan...6000. These numbers hen get contained by contact tracing and quarantine.

But they all wear masks. How could any spike happen if masks work so well?
 
In Asia, hey have had spikes which they then control in the early stages. Vietnam, for example just had a HUGE spike....90 new infections. Taiwan....40. Japan...6000. These numbers hen get contained by contact tracing and quarantine.

But they all wear masks. How could any spike happen if masks work so well?

Look at the numbers. These "spikes" are less than the US is at currently -- and we think we are doing great right now.
 
Look at the numbers. These "spikes" are less than the US is at currently -- and we think we are doing great right now.
But shouldn't masks have the same level of effectiveness all of the time? Has mask use fluctuated there which made spikes possible?
 
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But they all wear masks. How could any spike happen if masks work so well?

Explain this.....


or this.....

 
But shouldn't masks have the same level of effectiveness all of the time? Has mask use fluctuated there which made spikes possible?

I don't know their rules and how they might have changed. But when you have such low numbers to start, a small increase looks like a "spike" on a graph.

It's possible the more important question is what vaccines are these countries getting? Are they getting crap and thinking they are safe and ending up with more cases? I don't know the answers to these questions. I just know that these graphs look more scary than they really are -- because that's what the person who made the graphs wanted them to do. To use countries who during a "spike" are doing better than the US in a down cycle to prove masks don't work is stupid.
 
That's a cop out answer, in THIS case, you should have challenged bang since you don't agree with him. btw, you never challenge him like I challenged his Twitter spin/sources, I wonder why that is.
I don't see anyone's twitter or facebook links (and I'm thankful for that).

I'm so sick and tired of people who know NOTHING telling me to "here, disprove with this link from this garbage journalist who says otherwise".
 
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I will link this short explanation of masks and why they didn't work to stop the pandemic here. It is unfortunate that the longer discussion was nuked because......no idea. It was solely focused on the physics behind emitted aerosolized particles and the impact of mask on said airflow and circulation in a room.

I'm going to explain this again. I hope it helps. There is needless confusion about why the masks didn't work. Everything I say below is statistically based. Meaning there will be exceptions, but that from an epidemiological standpoint, those exceptions won't matter.

We have observed that transmission of the disease takes a reasonably lengthy exposure to ensure that enough virus particles are inhaled. I've seen estimates such as 15 minutes. There is no evidence, and no one claiming that you transmit the disease simply by "walking past" an un-infected individual.

Most of the cases have been traced back to closed room events with long exposure times.

So, we know that masks cannot filter the virus particles, or the aerosolized particles (they are too small for the mask, except for N95).

We know that masks trap large droplets and reduce the distance that particles are initially ejected (let's say for argument from 6 feet unmasked to 1 foot masked).

But we also know that aerosolized particles can remain suspended in the air for hours. Particles whose moisture has evaporated, even longer.

By simple air currents in a room, particles emitted from a masked individual (at 1 foot distance) then circulate throughout the room to a relatively even distribution density.

And thus, everyone in the room is susceptible.

To summarize: If the main method of transmission were instantaneous casual contact within 6 feet, then masks would have helped greatly. Since the main method of transmission is prolonged exposure, the key feature of masks (reducing the jet distance of exhalation/sneezing/coughing) was irrelevant.

And in response to another poster:

Regular masks only result in a meaningful reduction in the amount of LARGE particles. Those particles fall to the floor within seconds.

Regular masks do not reduce the amount of fine aerosols and particles - although the initial distance they're ejected is reduced (but as noted, that doesn't matter).

And the main mechanism for infection is via the fine particles.

But if your argument is that masks MUST help some non-zero quantity, then you MUST be right. Really, how can it be that they don't help AT ALL? But that isn't a very useful theory.

It doesn't help explain at all why masks did not work to slow the pandemic. Whereas my theory is quite useful to explain the observations.

However, everything I've said does NOT apply to N95 masks.

Then, my favorite response - someone links me to someone else and wants me to do the work of refuting what they wish to believe (however the poster was a good guy, so fine):

Posting a link and making me refute someone when you haven't taken the time to digest it yourself and make an argument is poor work.

However, I did read through it.

It is nothing but a model. It would be much easier and believable if they would have simply performed experimental studies and measured the results.

Be that as it may.

In real situations, they're saying that regular masks with leakage around the skin reduce the viral load by between 20% and 70%. The amount simply depends upon the assumed leakage rate. Higher leakage = 20% reduction. Low leakage rate = 70% reduction.

Of course, since there are no real measurements, their leak percentage is simply a result of other model assumptions, and they can get whatever value they want. They assume 10 liters per minute exhalation rate - fine. Particularly concerning is how they assume a surface area of 189 cm^2 for N95 masks and 31 cm^2 for all other masks. Why? Does their model give different results when the velocity is reduced? Does low velocity breathing all go through the cracks between mask and face? I'm guessing yes. They don't explain or justify it.

Casting doubt upon the reliability of these results is the peculiar result that regular masks filter viral particles just as well as N95 masks....do you believe that? It's probably a figment of the two different assumed surface areas.

And then it was said that I did not prove it (Queue Feynman here):
No, I did not prove it. But all of the literature says that N95 masks work almost perfectly, and that the other masks work at some level of efficiency between 20% and 70%, depending upon how well it fits. No one would consider that an effective reduction of transmission, and you could NEVER get any regulatory agency to let you certify "Effective against Viruses" based on the fact that it is "better than nothing".

And it IS better than nothing - no question about that.

I don't see anything wrong with being a little more precise, and going forward I will be. I will state that regular masks allow for penetration of aerosolized virus at between 30-80% of the unmasked load.

And then every conclusion originally stated remains unchanged. The pandemic was not hindered by masks very much because masks allow for a whole lot of aerosolized particles to enter a room, disperse to a relatively uniform density and given their residency time is then measured in hours, exposure of uninfected persons is quite probable.

And since it ALWAYS seems necessary:

NOTE: It seems to go unnoted every time I post, so let me say it in bold: MASKS MUST HELP SOME. THEY MUST. CAN'T BE ZERO.

but rational observers note again and again that, despite widespread usage, masks did not appear to make any difference to the course of the pandemic. So rational people would try to explain and figure out why, creating theories that explain ALL the observational data.
 
I'm going to explain this again. I hope it helps. There is needless confusion about why the masks didn't work. Everything I say below is statistically based. Meaning there will be exceptions, but that from an epidemiological standpoint, those exceptions won't matter.

We have observed that transmission of the disease takes a reasonably lengthy exposure to ensure that enough virus particles are inhaled. I've seen estimates such as 15 minutes. There is no evidence, and no one claiming that you transmit the disease simply by "walking past" an un-infected individual.

Most of the cases have been traced back to closed room events with long exposure times.

So, we know that masks cannot filter the virus particles, or the aerosolized particles (they are too small for the mask, except for N95).

We know that masks trap large droplets and reduce the distance that particles are initially ejected (let's say for argument from 6 feet unmasked to 1 foot masked).

But we also know that aerosolized particles can remain suspended in the air for hours. Particles whose moisture has evaporated, even longer.

By simple air currents in a room, particles emitted from a masked individual (at 1 foot distance) then circulate throughout the room to a relatively even distribution density.

And thus, everyone in the room is susceptible.

To summarize: If the main method of transmission were instantaneous casual contact within 6 feet, then masks would have helped greatly. Since the main method of transmission is prolonged exposure, the key feature of masks (reducing the jet distance of exhalation/sneezing/coughing) was irrelevant.

This kind of assumes that everyone stays in the room until they get the required viral load, nobody moves around and their air circulation in the room is poor. As your post below states, regular masks provide some level of protection. This level could increase the length of time necessary to hit the viral load needed to become infected. And therefore, is proof masks do work -- even in the closed room (although only for a certain extended period of time).

Posting a link and making me refute someone when you haven't taken the time to digest it yourself and make an argument is poor work.

However, I did read through it.

It is nothing but a model. It would be much easier and believable if they would have simply performed experimental studies and measured the results.

Be that as it may.

In real situations, they're saying that regular masks with leakage around the skin reduce the viral load by between 20% and 70%. The amount simply depends upon the assumed leakage rate. Higher leakage = 20% reduction. Low leakage rate = 70% reduction.

Of course, since there are no real measurements, their leak percentage is simply a result of other model assumptions, and they can get whatever value they want. They assume 10 liters per minute exhalation rate - fine. Particularly concerning is how they assume a surface area of 189 cm^2 for N95 masks and 31 cm^2 for all other masks. Why? Does their model give different results when the velocity is reduced? Does low velocity breathing all go through the cracks between mask and face? I'm guessing yes. They don't explain or justify it.

Casting doubt upon the reliability of these results is the peculiar result that regular masks filter viral particles just as well as N95 masks....do you believe that? It's probably a figment of the two different assumed surface areas.

This is why I always wore my N95 masks (I happened to have a couple of partially used packages I bought to do drywalling projects). If I need a N95 mask to filter drywall dust (instead of a bandana), then no way was I trusting a bandana against virus infected aerosols.
 
This kind of assumes that everyone stays in the room until they get the required viral load, nobody moves around and their air circulation in the room is poor. As your post below states, regular masks provide some level of protection. This level could increase the length of time necessary to hit the viral load needed to become infected. And therefore, is proof masks do work -- even in the closed room (although only for a certain extended period of time).



This is why I always wore my N95 masks (I happened to have a couple of partially used packages I bought to do drywalling projects). If I need a N95 mask to filter drywall dust (instead of a bandana), then no way was I trusting a bandana against virus infected aerosols.

They key takeaway (and MIT had a similar finding last month that essentially said distance is irrelevant in a room) is that the predominant mode of infection is not casual contact but rather prolonged contact. And in that situation, masks make only minimal difference because the best feature of the mask (reducing the distance particles are ejected, but not as much the amount of aerosolized particles ejected) doesn't matter much.

Yes. N95 mask - different ball game.
 
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OSHA chimes in on employers mandating a vaccine under EUA. Wonder if this would also apply to schools that require students to have the vaccine as a condition of attendance?

Employers may be liable for ‘any adverse reaction’ from mandated coronavirus shots: OSHA


It’s also possible that employers requiring the injections may be held legally liable for violating federal law.
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The question and answer in full:


If I require my employees to take the COVID-19 vaccine as a condition of their employment, are adverse reactions to the vaccine recordable?

If you require your employees to be vaccinated as a condition of employment (i.e., for work-related reasons), then any adverse reaction to the COVID-19 vaccine is work-related. The adverse reaction is recordable if it is a new case under 29 CFR 1904.6 and meets one or more of the general recording criteria in 29 CFR 1904.7.
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They key takeaway (and MIT had a similar finding last month that essentially said distance is irrelevant in a room) is that the predominant mode of infection is not casual contact but rather prolonged contact. And in that situation, masks make only minimal difference because the best feature of the mask (reducing the distance particles are ejected, but not as much the amount of aerosolized particles ejected) doesn't matter much.

Yes. N95 mask - different ball game.

Agreed. But anyone suggesting masks are completely worthless are wrong. Could definitely make a difference in plenty of situations where people need to be near each other for a certain length of time.
 
i would also throw in that mix that those countries probably a much, much higher percentage of people with natural immunity levels due to previous exposure to similar virus as Southeast Asia is just a hotbed of virus infections.
They are a much healthier population. My father-in-law is a physician who said that we don't have a COVID problem we have a country that is extremely unhealthy problem.
 
Then where have they worked? Why has no country or state seen any difference in covid rates despite wide ranging NPIs?
You are correct. The mask gods cannot produce a single study using a random control trial that demonstrates masks provide any statistically significant benefit in preventing virus transmission or infection. The CDC acknowledes this fact. A study in Denmark in August 2020 using a RCT did in fact show no difference and wearing a mask possibly could make increase the infection rate for Covid. The Danes were stunned because they believed that masks work.

If masks worked why are they not considered hazardous waste? They have virus particles all over them. If masks worked, why do my glasses fog up (that is warm air escaping the mask when I exhale)? One problem is that masks actually break up droplets into smaller particles when leaving the mask allowing them to stay airborne longer. The CDC has confirmed that Covid is aerosolized, masks have zero chance of protecting you from an aerosolized virus. If masks worked, why did the CDC advise that masks would not prevent damage from smoke particles during the wildfires last year (smoke particles are significantly bigger than covid particles). If masks worked, then a chain link fence would stop insects. That is the problem, virus particles are generally between 5 and 15 microns in diameter, the holes on a N95 are 30 microns. The width of a human hair is 10,000 times greater than a particle of covid virus. The holes on the mask are significantly bigger than a covid particle, even N95s.

Studies that rely upon comuputer simulations, using mannequins and anecdotes are not legitimate science. In the early 80's in the UK, they ran a study to test the effectiveness of masks in the surgical suite. The study found that going maskless actually reduced the rate of bacterial infection (hard to believe). Bacteria particles are bigger than virus particles.

Last thing, if masks worked then they really must hate us since they have not required masks in the past to stop the flu. They are going to try to now, it will not make a difference.
 
They are a much healthier population. My father-in-law is a physician who said that we don't have a COVID problem we have a country that is extremely unhealthy problem.
This is the main reason, as a society we are unhealthy. I know people will give their personal experiences of perfectly healthy 2% body fat marathoners dying but a healthier society prevents half these deaths or more.

Went through two flu seasons with virtually no deaths, assume a regular amount per year and you are 100k. add in all the obese and their issues etc. add another 100k easy. Not saying its not pandemic worthy but at least a third of it can be explained in just those two reasons
 
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Agreed. But anyone suggesting masks are completely worthless are wrong. Could definitely make a difference in plenty of situations where people need to be near each other for a certain length of time.

I'm willing to say that an N95 mask makes a definite difference. Meaning it reduces your chances of getting the virus more than 50%.

I'm not willing to say that a regular mask cuts your risk of infection by more than 10%. It might, but I'm not too sure. I will try to look up some data (If we had a competent government, they'd have conducted a study on aerosolized virus emissions with and without a mask where the dependent variable was particle density in an enclosed room. I guess they're going to do that right after Fauci conducts the very critical, gold standard study on the efficacy of HCQ, Az, and Zinc when given early in the disease.)

Danmask-19 found that there was no statistically difference in the probability of catching Covid wearing a normal mask or no mask. Wearing a mask for one month yielded P(infection) = 1.8%, and without a mask P(infection) = 2.1%. Omitting any discussion about statistical significance, that's only a small improvement. I'm sure my commentary earlier explains the issue.
 
Agreed. But anyone suggesting masks are completely worthless are wrong. Could definitely make a difference in plenty of situations where people need to be near each other for a certain length of time.

See above for a brief commentary on how much (or rather little) regular masks help.
 
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