Ah, yes. That font of wisdom, Nikki Minaj. You should have went with Ian Brown. His ramblings are more entertaining and, unlike Minaj, his band actually made some fantastic records.
no need for apologies. Their method had worked greatShame for the Kiwis. They seemed to be doing so well not that long ago.
Until recently, that elimination strategy had worked remarkably well for the country of 5 million, which has reported just 27 virus deaths.
While other nations faced rising death tolls and disrupted lives, New Zealanders went back to workplaces, school yards and sports stadiums safe from any community spread.
“For this outbreak, it’s clear that long periods of heavy restrictions has not got us to zero cases,” Ardern said. “But that is OK. Elimination was important because we didn’t have vaccines. Now we do, so we can begin to change the way we do things.”
Could you point out for me which of those things is not true?
I know in Vancouver, from talking with people involved with the local cdc and people that work with the homeless, during the original strain days there was no known transmission among the homeless and people were expecting it and actively looking for it. This has been similarly seen in other urban areas. It could be that the homeless get more sun, they definitely get more fresh air. When they do congregate it's mostly outdoors - for obvious reasons.
Well, those may be factors and they make some sense.It could be that the homeless get more sun, they definitely get more fresh air. When they do congregate it's mostly outdoors - for obvious reasons.
One of the most concerning side effects is myocarditis (inflammation of the heart muscle). But even there, the rate of myocarditis in the most at-risk group (males ages 12 to 29) is only estimated to be 41 in a million, and the cases are generally mild.
Comparing that with actual COVID-19 infections—which can cause severe disease even in young, healthy people and may cause persistent, months-long symptoms in up to half of people infected—there's no contest. Vaccines are safer. And they're just as safe for people who have previously recovered. People with past COVID-19 cases are no more likely to have serious side effects from vaccines than people who haven't been previously infected, though they may have more side effects.
I'm still baffled by the thinking here. The immune response is what makes the vaccine work. If the immune response can't build immunity then vaccines can't work. If you are inoculated with the genuine live virus (i.e. infected) or with a simulacrum, you get an immune response that trains your body to fight what it got inoculated against. The same system that has evolved for half a billion years or so produces the actual immunity in either case - not the vaccine nor the virus.
I'm still baffled by the thinking here. The immune response is what makes the vaccine work. If the immune response can't build immunity then vaccines can't work. If you are inoculated with the genuine live virus (i.e. infected) or with a simulacrum, you get an immune response that trains your body to fight what it got inoculated against. The same system that has evolved for half a billion years or so produces the actual immunity in either case - not the vaccine nor the virus.
The science remains far from settled on this. Here's the ever sober Dr John Campbell
That's roughly how I read it too. From the article I linked:As I understand it, (and I may not understand it perfectly) the body's immune response to building antibodies is the equivalent of a brute force attack against a hash. There's more than one possible solution. There's more than one way to make an antibody. All the body has to do is keep trying combinations until it comes with one that works.
A fundamental difference between the immune responses generated by vaccines and natural infection is their specificity. In a natural infection, whole SARS-CoV-2 viruses infect cells in the respiratory tract. Responding immune cells can target any number of facets of those whole viruses. This creates a relatively large diversity of antibodies that bind to different bits of SARS-CoV-2. The vaccines, meanwhile, only offer to the immune system key snippets of SARS-CoV-2—namely the virus's spike protein. This is the protein that SARS-CoV-2 uses to enter human cells, and it's a key target of neutralizing antibodies. All antibodies in vaccinated people will target the spike protein. Though vaccinated people have less antibody diversity than previously infected people, they have high levels of highly targeted antibodies.