I think we'll get the season finished but there will no doubt be issues to overcome and I wouldn't back on finishing on time at all.
I really don't get the people who are trying to downplay the impact of it so far or minimise the disruption going forward.
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Most liked posts in thread: I dont think this season will finish , Unless ....
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Doodle likes this. -
We saw this with reports from the Oxford model in March that 50% might have been infected already - but the government chose to run with the Imperial model, which has since received a great deal of criticism. The Oxford model could still be correct. The virus does not seem as deadly as initially thought so 1000 deaths per day in early April could be from at least 100,000 infections per day in early March or late February at 1% mortality. It could even have peaked as high as 500k per day if mortality was as low as, say, 0.2% and the Oxford model would be right. We don't know because we weren't testing and we can't check properly. If antibodies fade significantly after a few weeks as is normal, many infected then might well test negative now. This would explain why blood donor antibody tests nationally have shown another fall to show 5.5% positivity from 8.3% 11 weeks ago. It might have been even higher in March. If you think 10%+ in March would still be too low to make a big difference, bear mind that scientific papers have suggested 2/3rds of adults might fight it off with T-cells only and most kids don't seem to generate antibodies either. That could be 75% of the population that effectively don't get the disease enough to notice and spread it. 10%+ back in March might then mean that those statistical epidemiologists and the Oxford model were right.
As I said, I'm not saying I believe this but it IS undoubtedly a possibility. It IS possible that we had 75% effectively immune and it is now up to 85% or 90% and the pool left to infect is only 10% or 15%. This could mean that Covid was a slightly worse than flu severity disease but it had a pool to attack that was twice as big as flu. Twice the pool could mean faster spread. Twice the pool and slightly higher severity might mean that ultimately it would kill 2.5 or 3 times as many as flu (mostly early but it might take years to complete). Once half that 25% pool had been infected, and so only 12.5% was left, it would behave pretty much like a slightly worse than average flu in future, once we unlock. It's possible that's where we are - maybe.
The 75% effective immunity might explain the differing racial susceptibility, too. There might be fewer immigrants in that 75%. It affects older people worse. Maybe people who have lived in the UK long enough will have fought off a similar virus in their youth which their immune system recognises as near enough the same, while immigrants from the Caribbean, Africa, and the Indian subcontinent might not have met that old UK virus in the same numbers, so fewer immigrants were in the 75% protected pool and more were in the 25% vulnerable pool. Some UK residents from 50 years ago would still end up in the 25% that get sick but generate effective antibodies more quickly, once infected, than those not exposed. Even if going into hospital in similar numbers, those with no immune memory of a similar old UK virus could be slower to fight it off and so end up in ICUs more.
There are numerous possibilities of which this is only one that could explain what has happened and is still happening. There are others. It fits some models. Will we ever know who/which models are right or wrong? I don't know. I'm sure it's possible we never will find out - but it IS possible that 90% of people in the UK are now effectively immune IF we started at 75% or similar and half of those susceptible have had it..Salty likes this. -
"Between 26 April and 26 July, 6.2% of people tested positive for antibodies against SARS-CoV-2 on a blood test, suggesting they had the infection in the past."
That's a massive difference between yours and the Govt's analysis.
Here's the report which produced that conclusion ..
https://www.ons.gov.uk/peoplepopulationandcommunity/healthandsocialcare/conditionsanddiseases/bulletins/coronaviruscovid19infectionsurveypilot/englandandwales14august2020
How would you explain the enormous difference between your analysis and the Govt scientists' and statisticians' analysis?Storck likes this. -
I really enjoy your thoughts and knowledge on this but when it comes to drawing conclusions it can seem to conflict a little bit.Storck likes this. -
There's a bit about the T-cell immunity discussion here for anyone wanting to know what we're talking about.
https://www.imperial.ac.uk/news/201833/cell-immunity-what-does-help-protect/Stoneski likes this. -
Being sceptical is one thing but there does seem to be a trend for very logical studies and then making a leap to what they could actually mean.Stoneski likes this. -
He has sent me the other article he told me about together with a more detailed account which is related to it and written by the same two Imperial College professors ...
https://www.imperial.ac.uk/news/201833/cell-immunity-what-does-help-protect/
https://immunology.sciencemag.org/content/5/49/eabd6160
The two critical observations in the first article relate to what you wrote earlier are
This suggests that T cell responses can be quite long-lasting and that they might offer a more definitive way of showing who has been infected and who hasn’t. The only catch is that researchers haven’t proved that T cells in their own right are protective.
and
. At the moment, we don’t know what proportion of the population is effectively protected from the virus. This makes it very difficult to manage and predict what might happen in the future.
The first comment is self evident and states clearly that whilst T cells have been found in people who have been exposed to other coronaviruses, there is no evidence yet to support any hypothesis that T cells on their own provide any protection against the Sard-Cov-2 virus. That's pretty clear and there is further detail in the second article supporting that.
The second comment is a continuation of that in that since the efficacy of T cells hasn't been evidenced and therefore nobody knows the full extent of the overall combined effective protection - the antibodies, the T cells and potentially the B cells. A similar observation is also included in the second article. By inference then to place some quantitative value on something which has yet to be even proven let alone measured, is simply misleading and speculative. My nephew added that he is aware that various research groups around the world have speculated about the interaction of antibodies and T cells from previous coronavirus infections but as yet there has been nothing to prove that it exists in an understandable or measurable way.
That's just about exhausted my understanding now!
Edit - Just seen your earlier post which links to the same IC articleStoneski likes this. -
Don't get me wrong. It has to be kept in context but that logical context, not just manipulating figures to decrease the death rate or overplay the amount of immunity.
If as a country we decide, with our eyes open, that we would be happier to have nightclubs, travel and sports crowds back but the trade off is, say, 1m deaths a year rather than 600k then that's one thing. But making out like its is being overblown and is of minimal impact to make it look like there is no trade off to increased freedom is quite another. That's what I mean by downplaying it.Stoneski likes this. -
Here you go. Earlier pandemic and responses to them.
Black Death 1346-1353. ‘The most popular theory of how the plague ended is through the implementation of quarantines. The uninfected would typically remain in their homes and only leave when it was necessary, while those who could afford to do so would leave the more densely populated areas and live in greater isolation.
Improvements in personal hygiene are also thought to have begun to take place during the pandemic, alongside the practice of cremations rather than burials due to the sheer number of bodies’.
London 1665, ‘The Lord Mayor and aldermen (town councillors) remained to enforce the King’s orders to try and stop the spread of the disease. The poorest people remained in London with the rats and those people who had the plague. Watchmen locked and kept guard over infected houses. Parish officials provided food. Searchers looked for dead bodies and took them at night to plague pits for burial.
All trade with London and other plague towns was stopped. The Council of Scotland declared that the border with England would be closed. There were to be no fairs or trade with other countries. This meant many people lost their jobs – from servants to shoemakers to those who worked on the River Thames’.
Eyam 1665, ‘They introduced a number of precautions to slow the spread of the illness from May 1666. The measures included the arrangement that families were to bury their own dead and relocation of church services to the natural amphitheatre of Cucklett Delph,[17] allowing villagers to separate themselves and so reducing the risk of infection. Perhaps the best-known decision was to quarantine the entire village to prevent further spread of the disease’.
During the 1918 flu pandemic, factors that contributed to the rare successes of protective sequestration were the following:
- The community leaders recognized the danger posed by the pandemic before it reached the community and implemented protective measures early (before neighboring communities did)
- Taking advantage of the community's remoteness or natural barriers that were generally, but not always, present, the community leadership established and enforced a cordon around the outer perimeter of the community
- Anyone seeking entry into the community was placed in quarantine for the incubation period of the infection and released into the community only after they were shown to be free of infection. Furthermore, the leadership established a system whereby supplies were delivered and received in a way that eliminated human-to-human contact with those delivering the supplies
- Families were kept together so that life within the protected zone was as normal as possible. Schools remained in session and places of worship remained open, people continued to work, and entertainment remained available
- Protective sequestration measures remained in effect for the duration of the risk, which was short enough that residents would not become restless.
Stoneski likes this. -
Stop hovering to collapse... Click to collapse... Hover to expand... Click to expand...Storck likes this.
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We won’t get a vaccine for years. And if we do there is no way we will be first in line for it or footballers. It will be the vulnerable first and then the rest. I’d imagine then key workers. How long would it take to get through the population? Who administers the injections? It’s not gonna happen any time soon.
We live with it. We test and we find it and isolate the players if that’s what’s needed. But I think eventually we won’t be required to test everyone all the time. It will be surely people with symptoms go get a test? -
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For the premier league the problem is going to be getting the season started. Because they played out last season they let their players go on holidays and now they are finding that several players are going to be unavailable due having tested positive for the virus.
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*On my actual account this time *Stop hovering to collapse... Click to collapse... Hover to expand... Click to expand... -
You're right though that with all the restrictions in place and with people who are most vulnerable taking pretty extreme precautions (while people who feel less vulnerable take more risks) that the rate is now very similar to normal flu. If anything that shows how bad it would have been without all those actions.
Regardless of the death rate this season is going to be a mess. Outbreaks within the squads are going to cause fixture chaos or really unbalanced games. With the Premier Leagues squad sizes that's one issue but with the limited league 2 squads losing 5 or 6 players to isolation will be quite a barrier. -
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