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What a miracle. A vaccine that stops cancer from forming. This isn't even looking at the mouth cancers that HPV can also cause. The HPV vaccine should be universally applied. To bad people are against it in the USA for reasons that make no sense. What a great finding
I'm too lazy to find out now.
Seeing that pretty much everyone who's sexually active gets an HPV of some sort at some point, can the vaccine be used after contracting the disease to prevent outbreaks (ie herpes around both sorts of lips)?
This is just from a cursory overview, but…
N = 40,000 where unvaccinated rates are 8.4 / 100000 or 3.36 per 40,000. Later vaccines brought this down to 3.2 / 100000 or 1.28 / 40000.
So… it’s significant, but I would want more data.
Early vaccinations are N=40,000 and had 0 incidents of cervical cancer.
Late vaccinations are N=124,000 and had 3.2 / 100,000 compared to unvaccinated N=300,000 had 8.4/100,000.
These are pretty large sample sizes.
The total sample sizes aren’t the problem. It’s the number of people who contracted cervical cancer. I should have been more specific originally: I would want more data to show that early vaccinations are more effective than late ones.
40,000 seems like a lot, but just using data from the late-vaccine group would get an average contraction rate of ~1. That’s enough for an outlier or two to be significant. If 2 of those 40,000 had contracted cervical cancer, it would be a hard sell to say early vaccines cause cancer (though some groups would eat that up). In the same way, I’m not fully convinced here that an early vaccine prevents it more effectively than a later one.
I'm not clear on what data you would want more of. In terms of having a group to compare against, we're sort of losing that ability because nowadays, around 90% of young women in Scotland are vaccinated in school. I might be missing what point you're making; stats has a tendency to cook my brain when I'm not doing it on pen and paper
I want more early vaccine data, actually, so that’s good.
There is a significant decrease in cancer rates among vaccinated compared to unvaccinated, but the early/late divide is less clear. If my statistics is up to snuff (no guarantee there), you can expect an error of ~sqrt(n) in discrete data where n is your count. With the late vaccines, this means an error in the cancer rate of about 2 because they saw ~4 cases (3.2 * 124,000/100,000 ≈ 4). If this is actually overestimating, we could see the rate as 2/124000 or 0.64/40000. In this case, you wouldn’t necessarily expect to see any cases in a sample of 40000.
So it’s not clear from this that early is better than late, though it certainly doesn’t suggest that it’s worse.