probinson
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From everything I've read, the answer is yes, people who have had Covid infection, should still get vaccinated. I've provided links on this.
The answer is no. Prior infection confers immunity that is as good, if not better, than vaccination.
I haven't made any misleading claims.
You're right. You've parroted misleading claims by public health authorities who should know better.
Read up on it, do some research, the answers are out there.
I know. I've shown you, but you continue to ignore it.
I have provided some links but it seems you haven't read them.
Sure I have. I know what the CDC recommends, which is what you've posted. What you've not posted is anything that demonstrates that someone who has had COVID derives any additional benefit from being vaccinated.
There is no point me telling you what I think, you don't respect what I think, and that is fair enough, I'm not an expert on contagious diseases and vaccines. But do the research.
Nor am I. And it's not a matter of me not respecting what you think. You're simply not engaging with the data and studies I've presented. The flow of this conversation has been something along the lines of, I post a study, I provide data, I articulate a concern. You ignore the study, ignore the data, and go post what the CDC recommends. But you're not actually addressing the point.
You are appealing to the authority of the CDC simply because they are the CDC. That is a logical fallacy. When presented with data that calls into question the recommendations of the CDC, you simply defer to, well the CDC said it, so it must be true, where I prefer to look at the data and methodology that goes into that recommendation.
E.g I tell you that young males are more likely to get myocarditis from the disease than they are from the vaccine and you keep coming back with stuff about young males being more likely to get myocarditis than females from the vaccine,
That's not what the study I posted found. Maybe you should take your own advice and try reading what I post.
While we both already agree this is true, we are actually trying to work out if young males should take the vaccine or not. so we should be asking, are young males more likely to get myocarditis from the vaccine or from the disease without having been vaccinated.
The problem with the study you posted is found in its methodology for determining the number of people infected.
Here is their methodology:
A de-identified, limited data set was created from the TriNetX Research Network, aggregating electronic health records from 48 mostly large U.S. Healthcare Organizations (HCOs). Inclusion criteria were a first COVID-19 diagnosis during the April 1, 2020 - March 31, 2021 time period, with an outpatient visit 1 month to 2 years before, and another 6 months to 2 years before that. Analysis was stratified by sex and age (12-17, 12-15, 16-19). Patients were excluded for any prior cardiovascular condition. Primary outcome was an encounter diagnosis of myocarditis within 90 days following the index date. Rates of COVID-19 cases and myocarditis not identified in the system were estimated and the results adjusted accordingly. Wilson score intervals were used for 95% confidence intervals due to the very low probability outcome.
These are people who had a COVID-19 diagnosis. That means they had presented to a healthcare organization and received a positive test.Now let's really think about that for a minute, using nice round numbers to illustrate why that is almost certain to overestimate the incidence of myocarditis from infection.
Let's say that 10,000 patients presented with a positive COVID test, and 100 of them are diagnosed with myocarditis. The rate of myocarditis in those patients is 100/10,000, or 0.1%. But remember, this is only accounting for people who had a positive COVID test. We already know that there were many, many, MANY cases of COVID that were not severe enough to require medical attention. In fact, these people may have had symptoms so mild, that they didn't even know they were infected. So, let's say that seroprevalence testing in that same area shows that 1,000,000 people had COVID. Now the rate of myocarditis from COVID is 100/1,000,000, or 0.01%, orders of magnitude less than the study shows.
Do you see the problem with calculating rates of myocarditis (or any condition) based only on the number of people who presented to a medical facility with a positive test? The denominator in that calculation is horribly wrong, because there are countless people infected with COVID that 1) did not have symptoms severe enough to seek medical treatment and 2) did not have myocarditis. Yet they're not being counted. Therefore, you are absolutely certain to overestimate the rate of any condition from the disease if you only look at the people who sought medical attention, which is exactly what this study does.
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