Earlier quoted context omitted.
The problem is in the healthcare capacities. I live in a country with ~2mio people. If you're patient zero here, you get a comfy private room, your own bed, 5 doctors, 10 nurses, whole research teams, respirators, priority with all the tests, examinations, etc. Same for patient 1, 2, 3. If 200k people get infected (10% of population), and only 10% of those need extra medical care, that's 20.000 people. We don't have…
Yes, you are right, if 10% of people in your country get infected it would be an absolute calamity... because it is already such an extreme scenario. Does it even have a precedent in modern times?
Age, Sex, Existing Conditions of Covid-19 Cases and Deaths
381–390 of 438 posts
Re: Age, Sex, Existing Conditions of Covid-19 Cases and Deaths
#382The general issue with this measure of mortality (dead/(infected + dead)) is that you're assuming that the infected won't die. In a disease that is exponentially growing, a better approximation of evaluating your survival chances is to look at the death to recovery rate (dead / (recovered + dead)). Based on the available data [1], we are closer to 7.8% than 2% mortality, which is closer to the final mortality rate of…
According to Johns Hopkins data Feb 27, 2020 [0], Iran would come to: Deaths: 26 Recovered: 49 (26 / (26 + 49)) = 34.7% [0] https://gisanddata.maps.arcgis.com/apps/opsdashboard/index.h...
The diamond princess saw almost 100% exposure and only 0.5% of people died who got infected. Depending if you choose that stat, or the 2% WHO star, that suggests 15-100x more cases are in Iran than their lousy health system realizes.
Re: Age, Sex, Existing Conditions of Covid-19 Cases and Deaths
#383The general issue with this measure of mortality (dead/(infected + dead)) is that you're assuming that the infected won't die. In a disease that is exponentially growing, a better approximation of evaluating your survival chances is to look at the death to recovery rate (dead / (recovered + dead)). Based on the available data [1], we are closer to 7.8% than 2% mortality, which is closer to the final mortality rate of…
Re: Age, Sex, Existing Conditions of Covid-19 Cases and Deaths
#384Imagine if people would get as excited about actual problems like global warming and the unfolding mass extinction as they do about a new mild flu.
Exponential vs logistic growth. This is far more of a threat.
Thinking that this is more of a threat because it's happening now as opposed to a few decades in the future is sheer idiocy.
Re: Age, Sex, Existing Conditions of Covid-19 Cases and Deaths
#385Earlier quoted context omitted.
It's incomplete data, that is being combined in ways to give certain impressions, that aren't necessarily backed by actual medical science.
Gah, the data in this article is literally medical science . It's reporting on a paper from the Chinese Journal of Epidemiology, which it even links you to directly. Now, maybe this science is wrong. If you want to make that argument, though, you need to make it with evidence. You don't get to dismiss it like that without doing your own science.
Re: Age, Sex, Existing Conditions of Covid-19 Cases and Deaths
#386Imagine if people would get as excited about actual problems like global warming and the unfolding mass extinction as they do about a new mild flu.
Timescale, and immediacy of the threat. Humans are not good at long timescale thinking. BTW I don't think these things need to be mutually exclusive. We should take action against all kinds of threats
Re: Age, Sex, Existing Conditions of Covid-19 Cases and Deaths
#387The general issue with this measure of mortality (dead/(infected + dead)) is that you're assuming that the infected won't die. In a disease that is exponentially growing, a better approximation of evaluating your survival chances is to look at the death to recovery rate (dead / (recovered + dead)). Based on the available data [1], we are closer to 7.8% than 2% mortality, which is closer to the final mortality rate of…
For the same reason: How would you know the number of people who have recovered? You know the number of people who were observed and then recovered.
Re: Age, Sex, Existing Conditions of Covid-19 Cases and Deaths
#388Earlier quoted context omitted.
I do have one question and I'm asking this seriously, not to start an argument or to attack someone. I also saw this here in a lot of the posts about covid-19. We have numbers, but every time people tend to ignore them or say we should not trust the numbers, take them with a grain of salt, "I think this is way worse, it's going to get way worse" and so on. It's like there is this thirst for disaster or some global dr…
The problem is in the healthcare capacities. I live in a country with ~2mio people. If you're patient zero here, you get a comfy private room, your own bed, 5 doctors, 10 nurses, whole research teams, respirators, priority with all the tests, examinations, etc. Same for patient 1, 2, 3. If 200k people get infected (10% of population), and only 10% of those need extra medical care, that's 20.000 people. We don't have…
Re: Age, Sex, Existing Conditions of Covid-19 Cases and Deaths
#389Earlier quoted context omitted.
The problem is in the healthcare capacities. I live in a country with ~2mio people. If you're patient zero here, you get a comfy private room, your own bed, 5 doctors, 10 nurses, whole research teams, respirators, priority with all the tests, examinations, etc. Same for patient 1, 2, 3. If 200k people get infected (10% of population), and only 10% of those need extra medical care, that's 20.000 people. We don't have…
> If you're patient zero here, you get a comfy private room, your own bed, 5 doctors, 10 nurses, whole research teams, respirators, priority with all the tests, examinations, etc. Same for patient 1, 2, 3. I read a similar comment from someone on another forum. If you're certain this will end up a pandemic, with almost everyone eventually catching it, your best move is to catch the virus as soon as possible, ensuring…
Re: Age, Sex, Existing Conditions of Covid-19 Cases and Deaths
#390The general issue with this measure of mortality (dead/(infected + dead)) is that you're assuming that the infected won't die. In a disease that is exponentially growing, a better approximation of evaluating your survival chances is to look at the death to recovery rate (dead / (recovered + dead)). Based on the available data [1], we are closer to 7.8% than 2% mortality, which is closer to the final mortality rate of…
The survival rate is also probably thrown off though because some countries have better trained health professionals. No one in the US (that made it to US care) has died as of yet. In other countries without advanced facilities available, the rates are much higher. If the disease hits Africa and more of the ME, the rate will go up. While in the US, and richer countries like Germany, etc the rate will probably be low.