Been saying it since day one. Incredibly overhyped by media and others - if I didn’t know better I would think their are ulterior motives at play here. Statistical likelihood of dying from CV vs Influenza is ridiculously low. But hey let’s not let facts get in the way of hysteriCal hand wringing and nonsense
Dazza the chance of dying from your typical flu is about .01% ....coronavirus is around 6%
Um yeah nah. Not getting into an argument on something almost as emotive as the NRL ad :grinning: however Influenza is 0.1% (NOT 0.01) and latest research has COVID around 3 to 3.4% not 6% (the probable reason for the COVID being currently at 3% vs Flu is it being "novel" and the whole science around adaptive immunity ).
Influenza in Australia only last year killed 255 people of all ages and all levels of "wellness" currently COVID seems to be deadly to elderly and/or people with respiratory or cardiac insufficiencies and excluding the outlier of the the young baby in SA, children seem almost immune to CCOVID's (for some reason)
All my point was that in comparison and asking any genuinely knowledgeable medical/scientific person, COVID is not "worse" than influenza - As I mentioned above, the initial and still some concern was around it being "novel" therefore there some some uncertainty about how or whether the virus would mutate quickly once it has "escaped" from China into something more deadly like SARS or MERS.
So I'm quite interested in this, mainly because I'm self employed and can't afford to spend time off work, but I was looking through some of the data and came across this.
https://www.worldometers.info/coronavirus/
Essentially, it's a list of reported cases (active and closed) worldwide, which can also be broken down by country.
So the 3.4% figure seems to come from total deaths divided by total cases (both active and closed).
Now my question is, wouldn't you look at death rate in terms of closed cases? As in, who recovered and who died? Reason being that, of the active cases, we do not know how many people will recover or die?
If you do this calculation it shows 59,569 closed cases worldwide for 3,461 deaths (3,461/59,569 = 5.81% death rate).
Second question is....Do you fully trust the numbers the Chinese government are reporting? Some are saying that the true number could be up to 10x what is being reported. The same is being said of Iran. Given the majority of the statistics are made up of Chinese cases - reported by the Chinese government, this can easily skew the true statistics.
The reason I ask is that, if we dig a little deeper and view by country, there is large discrepancy between closed case death rates of, say China, South Korea and Italy, where:
* China's closed case death rate is: 56,971 closed cases (3,042 deaths + 53,929) = 5.34%
* Italy's closed case death rate is: 720 closed cases (197 deaths + 523 recovered) = 27.36%
* South Korea's closed case death rate is: 178 closed cases(43 deaths + 135 recovered) = 24.15%
USA and France have rates in the 40's, however I've excluded them as total cases are relatively low in comparison, so maybe there isn't a large enough sample size just yet. I've also excluded Iran as data is reported to be untrustworthy.
Everyone keeps comparing the death rate to the common flu, saying the flu kills more people each year and the flu death rate is 0.1% or whatever it is, however isn't that 0.1% calculated from closed cases? I may be wrong, but if so, shouldn't we calculate the death rate of this virus in the same way?
I'm not even sure if I'm looking at it in the right way, so I wanted to put it to people on this forum that know more than me on how to analyse the numbers when it comes to these things.
My take is that you are being way way way overly pessimistic. Yes it appears to be a stronger virus than the common flu but it doesn't appear to be that bad. The statistics will probably be erring on the side of stating it is significantly worse than what it is because a lot of people won't get tested to confirm if they have it or not. The mortality rate in South Korea is for instance less than 1%. The mortality rate in Washington state is something like 14%. I think the figure in Washington State is clearly wrong.
The virus appears to be significantly weaker than for instance the SARS virus.
I guess my question is how do you calculate mortality rate?
Is including active cases helpful in determining mortality rate if we don't know whether these people will recover or die?
Korea is a good example of why I'm asking these questions because if you include total cases (closed cases + those people currently sick), we only get a mortality rate of 0.65%, however if we only look at closed cases, i.e. did the person either recover or die from the virus, then it jumps to a 24.15% mortality rate.
One statistic shows no cause for concern, yet the other is at the opposite end of the spectrum.
My take is that you are jumping on data and overreacting. It's the wrong way to read the data. It's way too early to be taking such an extremist viewpoint which is what you are doing.
I think the mortality rate may end up something like less than 1% which is more than the flu but it's not that bad. It also tend to kill older people.