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At the start COVID was claiming potentially 60-70%, then 5-10%, then <5%, then 1%. In all likelihood it's a sampling bias because only the very sick end up at t
by lettergram 2y ago
At the start COVID was claiming potentially 60-70%, then 5-10%, then <5%, then 1%. In all likelihood it's a sampling bias because only the very sick end up at the hospital(s) and are tested.
I don't think we should worry at all. We haven't seen any major illness spread with a fatality rate of >1% since introducing clean drinking water & having antibiotics.
You can see yourself https://www.healthline.com/health/worst-disease-outbreaks-history#h-2-n-2 https://www.healthline.com/health/worst-disease-outbreaks-hi...
It can happen, but the chances seem vanishingly low. Even the Hong Kong flu outbreak had only a 0.2% fatality rate.
- jimbob45 2y agoWe haven't seen any major illness spread with a fatality rate of >1% since introducing clean drinking water & having antibiotics. Isn't that the exact story of the Spanish Flu? Low fatality rate at first which then mutated into a horribly fatal strain after the first wave? Isn't that why we took COVID so seriously from the get-go - the fear of mutation?
- TylerE 2y agoWe still get regular outbreaks of Ebola, which has a near 100% fatality rate - in fact the fatality rate being so high is actually it's saving grace in a way, as it naturally limits the spread. If, like COVID, it had a several day asymptomatic period, it would wipe out the planet within months. Paralytic polio, which has a fatality rate of 5-10%, is still endemic in parts of Africa and southern Asia. Back in 2002 SARS killed 9.5% (783) of the 8000 people infected with it. So, I call bullshit on "We haven't seen any major illness spread with a fatality rate of >1% since introducing clean drinking water & having antibiotics." (and for another thing, most of the really bad infection diseases are viral, not bacterial. Antibiotics do little to nothing).
- whimsicalism 2y agoInteresting how you picked the one region where "introducing clean drinking water & having antibiotics" is not true. > 100% fatality rate Case fatality rate. > Back in 2002 SARS killed 9.5% (783) of the 8000 people infected with it. Of the identified cases of people infected. > If, like COVID, it had a several day asymptomatic period, it would wipe out the planet within months. Wrong for so many reasons
- TylerE 2y agoUh, one region? I named 3 continents. One of the countries most affected by SARS was Canada (151 cases, 49 deaths) which is as 1st world and modern as it gets.
- whimsicalism 2y agofor ebola
- whimsicalism 2y ago> We haven't seen any major illness spread with a fatality rate of >1% since introducing clean drinking water & having antibiotics. HIV is what obviously comes to mind.
- lettergram 2y agoHIV doesn’t kill people, secondary infections do after either the virus or drugs administered kill the person. Regardless, in a given year, less than 1% of people with HIV cited as the underlying cause listed die, far less. Currently, it’s 2/100,000 cases. At its peak, it was 16/100,000 https://www.cdc.gov/hiv/pdf/library/slidesets/cdc-hiv-surveillance-mortality-2019.pdf https://www.cdc.gov/hiv/pdf/library/slidesets/cdc-hiv-survei...
- whimsicalism 2y agoRight, now that we have HAART. Before treatment was developed, it killed a majority of those infected. The secondary infection thing is a technicality, the mechanism via which someone who has HIV is killed. But it’s not really a misnomer to say the disease is deadly.
- whimsicalism 2y ago> Currently, it’s 2/100,000 cases. At its peak, it was 16/100,000 You are misreading the charts you are citing btw, your chart shows close to 100% fatality rate, 16 deaths per 100,000 people (with and without HIV)