Ymx wrote: Mon Apr 18, 2022 1:42 pm
dpedin wrote: Mon Apr 18, 2022 11:23 am
Ymx wrote: Mon Apr 18, 2022 10:18 am
Indeed DP. As our 98.8% antibodies wane we really need to ensure our immune systems keep up. Covid remaining in circulation should help with that. Although I’m fairly sure that will happen as it has in the past, irrespective of ph.
The 98.8% also shows why the long covid boat has sailed long ago. I could be wrong, but I assume long covid if it happens, arises most significantly from first and most severe infection. But have failed to find studies to show this. A tiny percent get long covid, and I expect a tiny percent of those who have long covid get long covid from a secondary infection when they haven’t had it from the first infection. This is speculation on my part I admit.
Also, I might have been baiting you a tiny with the “job done” quote. Some days you get the bait just right.
Natural infection from covid provides a weaker protection than vaccination so annual vaccinations are probably best option. Allowing covid to freely circulate to keep immune system up will lead to continuous disruption as there will always be a percentage off ill with covid symptoms plus there remains a risk of new variants causing greater illness in some people/groups. The omicron variant has led to a significant increase in hospitalisation of young children for example. Best option to minimise risk is to maintain vaccinations with regular boosters including children.
I am not sure what highly infectious diseases that we have allowed to run wild without using PH measures to try and control community transmission? Is this not why we vaccinate kids against measles, mumps, rubella, whooping cough, flu, tetanus,diptheria, polio, meningitis, HPV, etc and adults against shingles, meningitis, etc. It's why we get vaccinated against a range of transmissible diseases such as hepatitis, cholera, rabies, yellow fever, etc when going abroad to certain countries.
ONS suggest between 3% and 12% have long covid 12 weeks post initial infection, 7% to 18% who were symptomatic. So not a tiny percentage.
I'm not sure your assumptions are correct? See
https://www.bmj.com/content/376/bmj.o378 for risk of cardiac issues even after mild case of covid although there is a relationship between more severe cases and cardiac issues. However even mild cases of covid present a risk. I think the jury is still out about the risk of long covid from reinfections, I think it reduces it but not sufficiently given the large numbers of people being infected with Omicron. A small % of a very large number is still a very large number!
I'm just at a loose end waiting to go out and play golf so it kept me occupied for a wee while over a coffee. Tee time at 2pm.
I’m pleased we could assist in biding your time. Were you sitting in a well ventilated car whilst your golf buddies having lunch at the club house?
As I said 98.8% the horse has bolted. Long covid will be what it is.
I don’t see any huge disruption any more at our work. Just the odd person off work occasionally. 1/13 and naturally dropping off. Because it’s not treated any differently from other illnesses, it’s not actually affecting our office.
I expect we will all come in to contact multiple times a year from here on in, and immunity unlikely to wane enough to become an issue. Most already triple vaccinated and exposed to it.
Annual vaccinations for the elderly, prone, would no doubt be advisable, as per flu vaccinations.
As for comparisons to other illnesses. Swine flu was one such infection we allow to freely circulate. It’s still around.
As for the others, the vaccination rates are very comparable to covid.
Hope you had a good round, btw. Nice day down here in Southeast, hope the same where you are.
No lunch, golf was excellent, nice sunny day and courses are now looking good plus a nice refreshing beer afterwards. Lads send their regards.
'Long covid will be what it is' .... what? Given the numbers involved plus we know covid can increase the risk substantially for a range cardiac, neurological and pulmonary embolisms, it presents a major risk. The presence of antibodies does not unfortunately guarantee prevention of future infection from new variants and risk of long covid despite what some folk would like to think. Vaccines do however reduce the risk.
Pandemics involve cyclical peaks of infection, we have had 3 or 4 peaks so far depending how you count them. I am sure every time a peak started tailing off a few thought that was the end of it, covid was finished and we can get back to normal ... until the next peak happened. There is no scientific basis to suggest the next variant will be less severe - or more severe, we just don't know!
Vaccines are not 100% effective, current vaccines are about 80% effective, and do wane sufficiently for folk to become infected and get hospitalised, hence need for boosters. Natural immunity via infection provides poor protection compared with vaccination. I suspect we will be vaccinating large numbers of adults and children on an annual basis for foreseeable future. Kids will be vaccinated as part of their regular vaccination programme in early years. However the scientists are working on new vaccines and they may develop one that provides life long immunity which will be a game changer. I hear this is a distinct possibility this year or next.
Swine flu - not a novel virus but a variation on existing flu virus, in this case H1N1, spread in 2009 - the 'Catch it, Bin it, Kill it flu'. After a bit of a panic it was found that many older adults already had effective immunity to swine flu and others had sufficient to protect against severe cases, kids were most at risk as they hadn't developed immunity. Vaccines were developed and now annual flu jabs are effective against it, many vulnerable folk are vaccinated each year. PH protections worked well.