I'd say "deaths / recoveries" or maybe "deaths / (deaths + recoveries)" is probably better, with the caveat that it is likely much higher than the final number it's going to settle at as more people recover.
I've been using recovery numbers from https://gisanddata.maps.arcgis.com/apps/opsdashboard/index.h... .
If you're using deaths as a proportion of known outcomes, Hubei has come down to about 35%. Other provinces are reporting, at most, six deaths. I don't believe the numbers coming from China for one bit. Yes, Hubei is overwhelmed, but it really wouldn't take much to overwhelm most health care networks (in- or outside China).
Dutch wire service BNO News is reporting that a Japanese national who died in Wuhan was believed to be infected with the coronavirus but not included in the official coronavirus death count.
Please remember that the number of people to the right in your formula are not all recovered. They could still die. So the chances of dying from the virus _could_ be higher than the %s you have calculated.
> So the death rate in Hubei is 9 times of other provinces. Is this really possible?
The numbers suggest as much.
While I share your skepticism of the Chinese reported numbers - remember that the Hubei province is the epicenter and is currently locked down. It is resource strained. So I expect the rate of death there to be higher than elsewhere.
I also expect the Zhejiang numbers to trend in the other direction, as they have just announced it will be locked down too.
Also, the same reasoning would conclude that China's death count in SARS in definitely fake.
https://www.linkedin.com/pulse/somethings-right-here-folks-l...
I content that there is probably no healthcare system on the planet that could handle a sudden emergence of a new virus with R0 2-4 and weak initial symptoms meeting a population with zero preexisting immunity out of nowhere.
A bad flu or dengue season regularly puts beds into hospital corridors in many countries, even very advanced ones like Singapore. In fact, this year's flu season was vicious and is still ongoing.
So capacity, which is an almost static constant from many individual factors (people+consumables+space+tools)hard to scale (few countries can create new hospitals in 10 days) to keep serious cases alive become saturated at which point many additional critical cases become casualties.
There is probably delays and even some lies in the numbers, but a vastly increased casualty rate in a city out of treatment capacity is entirely believable of the rest of the country is not in a crunch (other provinces do not seem to have overwhelmed hospitals yet - the great firewall is not nearly sealed enough to hide such things)
Government has to slow down if not stop that kind of over reaction. Or worse. Sinophobia?
Deaths / ( deaths + recoveries )
Everything else is “in progress”, without a defined conclusion.
That would be (based on today’s numbers):
813 / ( 813 + 2,669 )
Which equals 23% (truncated).
I believe this to be more indicative of the potential threat of the virus, especially in the early stages. Well, at least it puts an upper bound on it.
Hubei province: 780/2219 = 35.1%
Other provinces combined: 32/1256 = 2.5%
So Hubei has 14 times of death rate as other provinces combined.
In Hubei, the epicentre, there is an extreme shortage of hospital beds. Most people are sent away, even with severe symptoms. This is why the death rate is higher.
You’re definitely onto something interesting here.
Death rate outside of China: 0.3 percent.
What is being under counted is the number of infected in Hubei, not the number of deaths in China ex-Hubei
According to the numbers I got from https://news.qq.com/zt2020/page/feiyan.htm now:
Death rate in Hubei province is 780/27100 = 2.88%
Death rate in all the other provinces combined is 32/10127 = 0.32%
So the death rate in Hubei is 9 times of other provinces. Is this really possible? ZheJiang province has 1075 confirmed cases now, but still 0 death count. Seriously? Hong Kong only has 26 confirmed cases, but already has 1 death count.
For SARS, China has a 6.6%, much lower than other countries. For example, Hong Kong has a death rate of 17%. (See https://en.wikipedia.org/wiki/Severe_acute_respiratory_syndr... )
Do international researchers use China's officially reported count in their modeling?