- Sep 4, 2005
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That isn't true. We had millions of asymptomatic cases before the vaccine existed. We knew this when we began testing people who were perfectly well who tested positive. No one is talking about immunity, which obviously exists.
It's merely a bald assertion that the vaccine is protecting anyone. Ridiculously, a headline a couple weeks ago said someone died in ICU but doctors said it "would have been much worse if he had not been vaccinated". How much worse can one get than dying in a hospital? That's ludicrous.
Look at all the breakthrough cases; the hospitalizations are rising daily.
But I'm not talking about asymptomatic cases, I'm talking about the likelihood of vaccinated and unvaccinated from being infected in the first place.
When an infection occurs, then both groups are susceptible to spreading it, but one group is less likely to contract it in the first place.
With regards to breakthrough cases, the hospitalizations and deaths are not equal by any stretch among the two groups.
I've been tracking data for my own state for some time now.
My state is a good example, because we have almost exactly half of our population fully vaccinated and the vaccination rates have been pretty flat for nearly 2 months, so it makes it easier to compare the two groups.
From 8/4 through 9/8
Hospitalizations among unvaccinated have increased by 4,116
Hospitalizations among vaccinated have only increased by 357
Deaths among unvaccinated have increased by 449
Deaths among vaccinated have only increased by 23
In a state where half the population is vaccinated, and half isn't...
Hospitalizations have been increasing 12x faster, and deaths have been increasing 20x faster among the unvaccinated half over the past month.
Clearly the vaccine is offering protective benefits.
No matter which way you want to interpret the data, there's no avoiding the fact.
If the assertion is "The vaccine doesn't help you at all if you catch it", then the fact that those metrics are so much lower among the vaccinated half would have to mean that fewer vaccinated people are catching it. If the assertion is "The vaccine isn't stopping anyone from catching it", then that would have to mean that it's greatly reducing the severity if someone is vaccinated when they catch it.
Given the numbers, there's only 3 potential possibilities
1) It's reducing the number of people who catch it
2) It's reducing the severity for people when they catch
3) It's a blend of both, and it's offering some reduction in contraction and some reduction in severity
"The vaccine does nothing to help" is not a mathematical possibility given the data.
With regards to the natural immunity, while that's certainly a factor that should be discussed, clearly the level of natural immunity among the unvaccinated isn't high enough yet to shift the trajectories when compared to the vaccinated group.
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