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If you’re confused about what you can do right now, you should be.
But as COVID-19 cases and hospitalizations have roared back, concerns about breakthrough cases among the vaccinated and increased transmissibility among kids have muddied a lot of people’s ability to gauge their own day-to-day risk, just as they’d begun to venture back out into the world and hug, eat, and laugh in the same airspace together again. In some ways, pandemic life is more confusing than ever.
Unvaccinated people tend to be clustered both geographically and socially in the United States, and so national or even state-level rates of vaccination are not terribly useful in understanding personal risk. The catastrophic spikes in infection currently devastating places with low vaccination rates, such as southern Louisiana and southeastern Missouri, change how even vaccinated people in those places should think about socializing or traveling, relative to their counterparts in places with high community buy-in on vaccines.
Right now, the best that most people can do is continue to control whichever straightforward variables they can—get vaccinated, sit outside when possible, choose places that require proof of vaccination over those that don’t, avoid visiting Grandma or your cousin’s new baby the week after attending an indoor concert with a thousand screaming people, get a test if your throat is sore.
because after reading the article you have to come another conclusion to all of this.
It is clearly apparent that the vaccines greatly reduce the risk of severe disease.
Not without booster shots which you would became depended.
Yeah, that can't happen if you aren't vaccinated.
Or catching the covid/flu while being vaxed.
T19R, (V70F*), T95I, G142D, E156-, F157-, R158G, (A222V*), (W258L*), (K417N*), L452R, T478K, D614G, P681R, D950N
originally posted by: Phage
a reply to: HawkEyi
because after reading the article you have to come another conclusion to all of this.
You didn't explain why.
Delta is more transmissible than Alpha. This means the R factor is higher. This means that one person who is infected can infect more people than Alpha did.
The vaccines were never claimed to be able to completely stop infection or transmission but evidence showed that (with Alpha) it did both to some degree.
It is clearly apparent that the vaccines greatly reduce the risk of severe disease.
originally posted by: Phage
a reply to: HawkEyi
because after reading the article you have to come another conclusion to all of this.
It is clearly apparent that the vaccines greatly reduce the risk of severe disease.
A vaccine does not reduce the risk of a severe disease.
You may not be as sick or remain sick as long as someone who has not had a vaccine
originally posted by: Phage
a reply to: Type1338
A vaccine does not reduce the risk of a severe disease.
You may not be as sick or remain sick as long as someone who has not had a vaccine
Say what?
It was never claimed that the vaccines provide 100% protection from infection.
originally posted by: drewlander
a reply to: Phage
Are they performing genomic sequencing on every patient? Last i knew they still used a pcr test. How do we know if people have this delta variant if we are not doing genomic testing 100% of the time?
originally posted by: anonentity
a reply to: AaarghZombies
It is also proof that the vaxed will at this stage of the game have to be vaxed for life to maintain that immunity. This is what you would expect at this time period. But after six months if you have survived the two shots without harm the booster is still a question mark, I am sure things will be clearer soon.