SWP's back
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- Joined
- 29 Jun 2009
- Messages
- 90,592
Yes, of course he fucking does.He doesn't.
Yes, of course he fucking does.He doesn't.
The timeline in there suggests differently.Cheers GDB. So the first cases were recorded in late January. Bearing in mind that hardly anyone was tested it was clearly knocking around for some time prior to that. Late December/early January I would say but, like everyone else on here, I don't know for certain.
Well I fucking do.He doesn't.
You’ve completely misread or misunderstood that link of you believe that.Cheers GDB. So the first cases were recorded in late January. Bearing in mind that hardly anyone was tested it was clearly knocking around for some time prior to that. Late December/early January I would say but, like everyone else on here, I don't know for certain.
So, all’s pretty normal then! ;-)I don't know where you lot all live but it's like a ghost town round here.
Went to get shopping yesterday, drove through town and there was barely a soul about.
what ?
you are criticising people for going for a walk , run or bike ride whilst you continue to run your non essential business. Driving around visiting home to home to do your business. Unless you are delivering medicines or food I don’t think you are in any position to have a go at others.
you literally are criticising people for “justifying what they do “ to exercise whilst going on about justifying your position.
if you are saying well I can run my business as it’s in the govt guidelines fine, those going exercising are doing so too. The vast majority of those will be out for under an hour , not all day, nor will they be at someone else’s house.
If you think full lockdown is important practice what you preach
I’m not entirely sure a strand of RNA is capable of inveigling anything!First, I would be staggered if there was a working vaccine ready for mass use before this time next year.
RNAs are chains of subunits. RNA viruses are such that they inveigle their way into body cells, and get themselves replicated by the cell's own machinery.
A lot of vaccines are similar to the main virus, but with a few changes such that the RNA doesn't do anything bad (or at least gives a very minor dose, in some cases) when it's replicated.
What the vaccine still has to do is provoke the immune response of the body to a pathogen, creating the antibodies that fight it off (one mechanism is that the antibody binds around a part of the virus, and prevent it doing anything).
For RNA vaccines, making it then is probably not that difficult, as machines will make it automatically. However, you're still looking at months before there's mass dosage. I can't see mass immunisation being an automatic plan, unless Covid-19 keeps coming back.
There are other immunisation principles which could be followed - anything that provokes the immune response would work, and that doesn't necessarily have to be an RNA vaccine (I expect it would be a main aim though).
What are you basing that calculation on?5 March was the first death so it would have been early Feb probably.
I’m not entirely sure a strand of RNA is capable of inveigling anything!
I don't know where you lot all live but it's like a ghost town round here.
Went to get shopping yesterday, drove through town and there was barely a soul about.
I’ve been ridiculously good at inveigling my way into things, especially in relation to nightclub guest lists (down the years) and busy restaurants on a Saturday night (pre-‘lockdown’) - it’s a genuine art - so I don’t take kindly to being compared to a virus! :-)Possibly true, and certainly not consciously, for obvious reasons.
I seem to recall the first British people to bring it to the UK was a group of skiers who had shared a chalet in France. One of them had been in Singapore where he caught it and then the people who shared the chalet caught it off him. They all returned to the UK, the South Coast iirc, where they spread it to others. Not sure of the exact timeline but before the 5th March we were looking at going skiing that week had already decided to call it off due to some cases being announced in Austria and France, the two places we had been looking at.That's reassuring, thanks Chippy.
Just out of interest, do you believe that the first person to catch Covid19 in the UK got it on 5th March ?
If not, since you evidently know these things, how long before that did it arrive ? A day ? A week ? A month ? 2 months ?
It’s not exactly a calculation. More to do with what’s been written about how long people are ill with it.What are you basing that calculation on?
Unless I too am reading that wrong that puts the first confirmed cases 31 January. So assuming they had incubated and shown symptoms a few days before testing. So that puts them catching it and spreading it to approx 26th Jan. So did these cases catch it abroad or in the UK were they known to each other, guess we don’t know that.The timeline in there suggests differently.
COVID-19 cases in the United Kingdom (
)
Deaths Confirmed cases
Date
Cases (% rise)
Deaths (% rise)
2020-01-31
2(n.a.)
2020-02-01
2
2020-02-02
2
2020-02-03
2
2020-02-04
2
2020-02-05
2
2020-02-06
3(50%)
2020-02-07
3
2020-02-08
3
2020-02-09
4(33%)
2020-02-10
8(100%)
2020-02-11
8
2020-02-12
8
2020-02-13
9(13%)
2020-02-14
9
2020-02-15
9
2020-02-16
9
2020-02-17
9
2020-02-18
9
2020-02-19
9
2020-02-20
9
2020-02-21
9
2020-02-22
9
2020-02-23
9
2020-02-24
13(44%)
2020-02-25
13
2020-02-26
13
2020-02-27
13
2020-02-28
19(46%)
2020-02-29
23(21%)
2020-03-01
35(52%)
2020-03-02
40(14%)
2020-03-03
51(28%)
2020-03-04
85(67%)
2020-03-05
114(34%) 1(n.a.)
2020-03-06
160(40%) 2(100%)
2020-03-07
206(29%) 2
2020-03-08
271(32%) 3(50%)
2020-03-09
321(18%) 5(67%)
2020-03-10
373(16%) 6(20%)
2020-03-11
456(22%) 8(33%)
2020-03-12
590(29%) 8
2020-03-13
797(35%) 10(25%)
2020-03-14
1,061(33%) 21(110%)
2020-03-15
1,391(31%) 35(67%)
2020-03-16
1,543(11%) 55(57%)
2020-03-17
1,950(26%) 71(29%)
2020-03-18
2,626(35%) 103(45%)
2020-03-19
3,269(24%) 144(40%)
2020-03-20
3,983(22%) 177(23%)
2020-03-21
5,018(27%) 233(32%)
2020-03-22
5,683(13%) 281(21%)
2020-03-23
6,650(17%) 335(19%)
2020-03-24
8,077(21%) 422(26%)
2020-03-25
9,529(18%) 578(37%)
2020-03-26
11,658(22%) 759(31%)
2020-03-27
14,543(25%) 1,019(34%)
2020-03-28
17,089(18%) 1,228(21%)
2020-03-29
19,522(14%) 1,408(15%)
2020-03-30
22,141(13%) 1,789(27%)
2020-03-31
25,150(14%) 2,352(31%)
2020-04-01
29,474(17%) 2,921(24%)
2020-04-02
33,718(14%) 3,605(23%)
2020-04-03
38,168(13%) 4,313(20%)
2020-04-04
41,892(9.8%) 4,932(14%)
2020-04-05
47,806(14%) 5,373(8.9%)
2020-04-06
51,608(8.0%) 6,159(15%)
2020-04-07
55,242(7.0%) 7,097(15%)
2020-04-08
60,733(9.9%) 7,978(12%)
2020-04-09
65,077(7.2%) 8,958(12%)
2020-04-10
70,272(8.0%) 9,875(10%)
2020-04-11
78,991(12%[ii]) 10,612(7.5%)
2020-04-12
Ok. Just wondered.It’s not exactly a calculation. More to do with what’s been written about how long people are ill with it.
Having read up on it in the last few minutes it seems there is a reasonable consensus that the first cases were actually late January.
From Wikipedia.Unless I too am reading that wrong that puts the first confirmed cases 31 January. So assuming they had incubated and shown symptoms a few days before testing. So that puts them catching it and spreading it to approx 26th Jan. So did these cases catch it abroad or in the UK were they known to each other, guess we don’t know that.
Depends what you mean by mass use. There are plenty of reports of companies planning on timelines which commence with immunisation in September. That doesn't mean they will be met of course. There's a report involving Oxford Uni on the BBC live feed at the momentFirst, I would be staggered if there was a working vaccine ready for mass use before this time next year.
RNAs are chains of subunits. RNA viruses are such that they inveigle their way into body cells, and get themselves replicated by the cell's own machinery.
A lot of vaccines are similar to the main virus, but with a few changes such that the RNA doesn't do anything bad (or at least gives a very minor dose, in some cases) when it's replicated.
What the vaccine still has to do is provoke the immune response of the body to a pathogen, creating the antibodies that fight it off (one mechanism is that the antibody binds around a part of the virus, and prevent it doing anything).
For RNA vaccines, making it then is probably not that difficult, as machines will make it automatically. However, you're still looking at months before there's mass dosage. I can't see mass immunisation being an automatic plan, unless Covid-19 keeps coming back.
There are other immunisation principles which could be followed - anything that provokes the immune response would work, and that doesn't necessarily have to be an RNA vaccine (I expect it would be a main aim though).
So, all’s pretty normal then! ;-)