And I used 71 deaths because I’ll be buggared if I’m going to go and find the age demographics of the 532 and work it out like that to make the same point.
I see what you're getting at, but I don't think it would work like that.
I appreciate you've probably just used example numbers there, but I'm going to try and explain why that won't work, well it will but only to prove it's more fatal than most on here were claiming, and would also prove there's no herd immunity.
But using your example numbers: 71 deaths per 5073 cases, gives an average IFR of 1.4% (that's actually what it says for England on page 9, based on 6% seroprevalence)
If 71 deaths = 5,000 cases, that's 700 deaths per case, and we're on 50,000 deaths that's 3.5m cases, but massively weighted to the younger population already having had it.
So what you're saying to get something like that to work is there's no herd immunity (I agree with that bit), which would mean we're massively more susceptible than people on here were saying, and also that a lockdown must have been why the cases died off first time, as it can't be herd immunity at 5% of the population.
I take it you just made those numbers up on the spot, but it's on hell of a coincidence that your numbers got to the 1.4% IFR in that report and the 5% seroprevalence
What happens when there's an equal spread of the virus, per age? 25m of our population are over 50 (0.4% IFR), and 16m over 60.
Pardon the very crude figures below:
If we say 10m 50-60's @ 0.5%, 10m 60-75 @ 1.5%, and 5m over 75 @ 8% then that's 550k. Even if it just got half of them infected, that's 275k dead. Who is going to look after those and who else dies whilst those are being treated. We only have 5k ICU beds so that's no ICU for a year if they're all in there a week..