DD sorry for taking so long to get back to your reply but I needed some time away from this thread for my sanity. Even though I disagree with you I like your passion for this and that you use data for your replies. Your part (b) looks to be accurate. Part (a) I have have no idea on this as I've only studied T cells from natural immunity. Part (c) makes sense but none of these 3 things have any relevance to the stats I posted. The 150 per 100,000 hospitalizations with a positive test is just someone 16 - 24 that was in the hospital that tested positive for the virus. They could have been in there for a broken leg or been in there because they were sick from the virus. Most of this data is from a time period where the vaccine wasn't available to this age group. The 200 per 100,000 that were hospitalized with in 7 days after the shot weren't hospitalized from the virus, they were hospitalized from having an adverse side affect from the vaccine. This is actually slightly lower than the 12 -15 age group hospitalizations from the vaccine according to the Pfizer trial. But it's higher than being in the hospital from natural infection. As far as your last point it's true if you don't have the virus you can't transmit it but as other people have pointed out the vaccines don't prevent infection, they lesson symptoms of the infection. Now I will agree that if you don't have symptoms it will be very rare to be infectious which is why people with no symptoms should not be tested but if you have symptoms you will be infectious for a period of time.
Got it. Thanks for the clarification. Appreciate you coming back
So,
1.5/1000 hospitalized young people test + for covid randomly
vs
2/1000 young people hospitalized with adverse side effects from covid vaccines within 7 days of receiving them
Do you have a link to that study? I would love to see it. Would be interested in the collection and data.
And not to get too technical but one of the ways that B cells fight infection is by interfering with reception of the virus. This is different from antibodies or T cell reaction, which act more immediately but in a different way. It’s like the infantry vs the artillery!
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