JetBlue Funded a Stanford Study That Said the Coronavirus Wasn’t That Deadly
buzzfeednews.com
buzzfeednews.com
You would think there would be better things for reporters to look into, such as whether Ioannidis might actually have a point.
Anonymizes pool of financial gifts but he was in contact with the guy? Is that a joke?
And then suggesting funding a lab if the kit is validated:
> “David, I think you should write Taia a note and tell her you’ll support her lab if she validates this kit.” Bendavid confirmed that he put Neeleman and Wang in touch.
More than a joke, it sounds like Ioannidis was out right lying. From the article:
> But according to Neeleman, the authors did know he’d given money to fund the study. Neeleman confirmed that he made a $5,000 donation to Stanford to be given to these researchers and that he was in communication with them while they were conducting their research.
Look at the all-cause mortality figures for April vs the historical average for that month. If it isn't COVID-19 killing all of those people at a multiple of the normal death rate, we have an even bigger mystery of what is causing all the extra deaths.
In fact, these numbers were apparent for NYC a month ago: https://www.nytimes.com/interactive/2020/04/10/upshot/corona...
this is true but misleading.
hospitial utilization is down because elective procedures are cancelled, not because its illegal to show up with a heart attack or something absurd like that.
ERs are still open like normal, albeit in a quarantine-sensitive model.
You cannot compare flu peaks in different months. The normal flu peaks much earlier, this years flu peaked April. Also normal flu waves come every second year, not every single year. With proper graphs you would see that.
You can either shift the graphs to their respective peaks, or compare the absolute numbers. So why is the excess mortality in sum the same as with the last flu season? Around 80.000 for the US? Same for Italy, France. Much lower for all the other countries. Outliers are only B, NL, UK, Spain. Not much extra deaths. In Italy there were even much less extra deaths for the people <65. Also compare the IFR's. Not much to worry here.
And this study is the flawed one. You really need to look at the dozen other good antibody and IFR studies, with the exact same results. From all over the world.
The lockdown could have an impact on the number of absolute deaths, but the question is still out of its positive or negative. Flattening the curve kept the virus longer alive than necessary, it was only necessary for countries with not enough ICU beds. Not many countries were in that desperate situation. Then we have 7 countries who didn't do these lockdowns, which do have the very same curves. Then we do have the countries where the curves already went down before the lockdown. Seeing the lockdown measures in the curves is pretty hard. You mostly see it with manipulated curves, as the NY times curves. Then you also get curves not from actual data, but calculated data from estimation models. And we know you bad those models were. Like the famous Imperial College model, which was totally off. Or the German RKI model which always points up for the very last week, but with the real data coming in next week it was still going down. Wrong model. And it's getting worse, not better. They don't give away the data, but you can see the wrong models at their web page. Since April 24 also on the previously serious euromomo.eu stats. Now it also went to the false model data.
You do those drastic measures to keep the ICU's working but not much more, as too much lockdown will only lead to more deaths, not less. Keeping people in their homes is counterproductive, as this is their natural habitat. There it will be kept alive.
Of course lockdowns do help with the spread, to keep the R rate down not becoming too exponential. Esp with an initial R0 of 5. But this only helps in the very first week, afterwards you cannot run after each single case anymore.
When was the last lockdown for flu? Spanish flu famously. Massive immunosystem overreaction, like with the critical MERS virus, with an IFR of 50%. Was there a MERS lockdown, even if it was the most critical flu event recently? No, it was for an medium harmless SARS-2 variant, with an high R0 and a low IFR (of about 0.3, with 0.02% for <65 year olds). Remember, this rate is lower than using your car driving to work. The economy crash is due to a huge media panic to save a couple of fat old men, who would have died with the next flu anyway, to say it overly bluntly.
The comparison to computer viri might be interesting. Why is there always a panic on more harmless viri with an extremely high distribution rate, and not with the extremely harmful ones with a much lower distribution rate? that's the strategy of terror. for an effective computer virus you do make it spreading, harmless, unpredictable to keep the media circus rolling, and you need play the media. Destruction rate of 0.3% sounds perfect.
Are you joking? Spain is hardly a third-world country and it not only was forced to comandeer hotels to serve as ICUs but also Spain's armed forces were forced to setup an emergency hospital with a capacity for 5k beds in Madrid's convention center just to be able to handle all the covid19 cases.
On top of that, Spain also had to comandeer an ice ring in Madrid to be able to have a spot to store all the dead bodies.
What exactly leads you to believe that "it was only necessary for countries with not enough ICU"?
I believe in nothing, I'm just looking at the numbers. virology experts do the expertise. politicians do the ignoring. media is doing the twisting.
Lockdowns were not necessary in most of the countries as you will see, and most experts already agree on. Selective lockdowns in some herds, yes. protecting the nursing homes, yes. but closing the schools, certainly not, in hindsight. a.s.o. It's not like the flu where the kids are spreading the virus around.
Of course, the samples going through freeze thaw cycles may contribute to antibody degradation but seriously concerning.
> The following week, Boyd had results in hand. Using ELISA tests to reassess the samples of community members who had come up positive for antibodies on the Premier test, he had ended up getting positive results for a little over half of them.
a, The paper was peer reviewed b. We can see other peer reviewed papers disprove his findings.
The flame wars feed conspiracy theories in both sides.
I am not an expert, I am not even a researcher any more, however my possibly flawed opinion is that deadliness of the virus is not a number written in stone and may have seasonal and regional variation.
Even aside from the funding, the article unveils many more disturbing things.
At this point we have data from places with no lockdowns, mild lockdowns, strong lockdowns, and recently ended lockdowns. All of this verifies the long held epidemiology that points out that once a highly infectious agent is loose in the general public lockdowns have extremely limited benefit. This is not a political issue and does not relate to managing airlines or running clickbait web news sites.
Huh? What data supports this? It looks like the top dozen or so countries in terms of new cases are almost completely different from a month or two ago. Isn't it obvious this is because the US and western Europe that had the lockdowns slowed it relative to others?
Here is a list in descending order of new cases from a day or two ago, see how the US and UK are the only remaining of the first wave. Spain and Italy aren't even there! I don't see how your comment could be more at odds with the information I'm seeing.
USA
Brazil
Russia
Peru
India
UK
Chile
Pakistan
Mexico
Iran
Saudi Arabia
Turkey
I'm sorry you don't like the actual math, but the reality is that the initial wave of this pandemic has been burning out in all the effected areas in very similar ways regardless of lockdowns or not. Personally I find detailed studies by experienced professionals like Isaac Ben-Israel more compelling than what you present here.
How is that a response to widely reported data? What are you disagreeing with? Are you saying my data is incorrect or that I'm interpreting it wrong?
My list is based on numbers from https://www.worldometers.info/coronavirus/ - is there an issue with their sources?
there you go (may 9)
df=pd.read_csv("~/Downloads/total-daily-covid-cases-per-million.csv")
df.sort_values(['Date', 'Daily new confirmed cases per million (cases)'])[-20:][['Entity', 'Daily new confirmed cases per million (cases)']].to_string(index=False)
Out[14]:
Entity Daily new confirmed cases per million (cases)
Saudi Arabia 48.860
Armenia 48.933
Belgium 50.994
Gabon 52.118
Portugal 54.233
United Arab Emirates 55.913
Gibraltar 59.363
Sweden 63.569
United Kingdom 68.482
Chile 72.765
Russia 73.314
United States 81.440
North America 84.775
Sao Tome and Principe 95.820
Belarus 98.737
Peru 100.722
Singapore 131.274
Bahrain 143.984
Kuwait 150.097
Qatar 455.041Per capita data tends to have very small countries at the top because they have a larger urban proportion and a larger amount of interaction with foreigners.
Meanwhile increased testing is showing increased numbers in the population who are infected with only minor if any symptoms. This has major implications for public health and correct policy, but what is being asserted is that anything that causes a change to the overall mortality rate is likely about politics.
>The whistleblower complaint made note of the authors’ media appearances, observing that they “coordinated the online publication of a non-peer-reviewed pre-print with multiple press appearances” and “continued to promote the results of this and subsequent studies despite severe criticisms of their pre-print from multiple statisticians.”
Indeed, scientists immediately attacked the high-profile study’s recruitment of participants and data analysis, with one calling it a textbook example of “how NOT to do statistics” and another saying he was “alarmed at their sloppy behavior.” One major cause for alarm was that the authors were overly confident in their test’s false-positive rate.
Ioannidis' paper says 2.49%-4.16% of Santa Clara County has already been infected. Santa Clara County has a population of 1.9 million. That means we should expect (1900000 * 0.0249) * 0.0024 == 113 deaths at the lower bound, and (1900000 * 0.0416) * 0.0024 == 189 deaths at the upper bound. Santa Clara County has already recorded 134 deaths, so that number seem to fit. But it fits with the hard, categorical data from NYC only if we assume 100% of NYC to have already been infected.
TL;DR: Unless you're prepared to believe that
1) most of NYC residents have already been infected, or
2) that IFR is significantly greater than 0.24% and the actual number of COVID-19 deaths in Santa Clara County is multiples of what's reported
then it's clear that Ioannidis' paper is wrong. #2 seems far more plausible and may even be true, but the controversy is the implication of his paper on derived IFR. And if #2 is what's happening, the IFR is definitely greater than what people applying the paper (including, AFAIU, Ioannidis' himself) predict.
I am not sure why we think the IFR would be constant by region, though. Just doing an age banded calculation is enough to show that it is variable for populations. Such that it seems safe to assume other things could cause variation, as well.
An early thought I had was age being a proxy to lung damage from long term exposure to air pollution. This still holds for the population in NYC, as many of them are from there. Same for Italy. Many elderly are retired locals. Notable that both places have some of the worst air in the world. Contrast with California, which has been very progressive with emissions. I don't have data on age ranges in California. And I confess I have stopped following the news on this. (Peek in the occasional story that makes it here. Starting to pay more attention again.)