There is, of course, an INCREDIBLE amount of EVIDENCE for all of these things being safe (including the vaccine). There has simply never been a 100% complete full evaluation of safety to the rigorous standards of an academic paper.
But it's really important to understand that we know TONS of things without having that rigor, and we don't hold the vast majority of our life to that standard.
Heck, we outright know that driving IS dangerous, ridiculously so compared to taking a vaccine, but we still allow that.
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC300808/
:D
While we are not QUITE as clearcut as parachutes, this is still an area where we can reasonably conclude that the vaccine is vastly safer than being unvaccinated.
Somewhere between our two points is an optimal middle ground. The holy grail of exclusively evidence based interventions is lofty no doubt, and we'll have to do the best with what we know right now, but to aim for anything less is quite difficult to defend.
I don't need an academic, peer-reviewed study to tell me that using this site is safe. I don't need one to tell me that masks are safe. It's NICE to have such things, and I'm NOT opposed to them, but they are also NOT necessary for day-to-day reasoning.
I do think we should continue vaccine trials, because we might uncover subtle risks. But until we do, we are in fact at a point where we can conclude that the vaccine is significantly safer than going unvaccinated. What we expect to find going forward is small refinements like "X group should prioritize Y vaccine", not "Y vaccine is in fact more dangerous than Covid"
> we are in fact at a point where we can conclude that the vaccine is significantly safer than going unvaccinated
You keep coming back to "vaccinated versus unvaccinated" rhetoric and using irrelevant logical reasoning to argue that we should hastily generalize safety results to these sub-populations without citing any scientific literature supporting your claim.
The reality of the situation is a lot more complex, and it's obvious you're neglecting these nuances because for example, you fail to acknowledge how immunity acquired through natural infection is a major factor in the tradeoffs of vaccinating these understudied sub-populations.
I'm open to further debate, but I won't continue responding if you continue to raise the same unsupported arguments.
I never argued for "hasty" or "generalization."
Simple question: which sub-population are you talking about? Please exclude any sub-population where a statistically significant sample of vaccinated individuals already exists, unless your concern is limited solely to long-term side effects.
If you are concerned about long-term side effects, please cite at least one scientific study explaining why you are concerned about that PARTICULAR sub-group being vulnerable to that PARTICULAR side effect - we wouldn't want to waste time if you can't cite any scientific literature supporting your claim
(P.S. I've only made a single comment about vaccinated -vs- unvaccinated, so you might have me confused with someone else in this thread)
> Given that COVID-19 disease is far milder in the majority of children than in adults, the risk–benefit of a pediatric SARS-CoV-2 vaccine must be carefully weighed [0]
> The prognostic significance, long-term implications and mechanism of this myocardial injury needs to be studied further, especially as vaccination efforts are rolled out to younger children. [1]
> While the safety, immunogenicity, and efficacy data for the 4 authorized vaccines are reassuring so far, none of these vaccines has been systematically studied in pregnant and breastfeeding people [2]
> it is important to remain transparent about the lack of information, acknowledge concerns, and support those who decide to defer vaccination until more data are available [2]
[0] SARS-CoV-2 vaccine testing and trials in the pediatric population: biologic, ethical, research, and implementation challenges (Feb 2021) https://www.nature.com/articles/s41390-021-01402-z
[1] COVID-19 Vaccination-Associated Myocarditis in Adolescents (August 2021) https://pediatrics.aappublications.org/content/pediatrics/ea...
[2] SARS-CoV-2 Vaccination During Pregnancy: A Complex Decision (April 2021) https://academic.oup.com/ofid/article/8/5/ofab180/6220034
What are you advocating for? Your own Source Two backs me up here - we have plenty of reason to conclude that Covid is the bigger risk despite the lack of studies. It's right there in the "Conclusion" section.
Emphasis on "likely" - the authors do not conclude with any certainty, they're speculating based on the available evidence, just like you.
I guess your personal threshold for "plenty of reason to conclude" is lower than mine, and that's okay - to each their own.
But it's very clearly spelled out in the sources I cited: currently there is limited evidence demonstrating the safety and benefit profiles needed to conclude that every child and every pregnant woman should be vaccinated.
I see your point that more research is better, but given the current uncertainty you still have to decide whether Covid or Vaccine is the bigger risk, and all the science says that Covid is the bigger risk.
I'm honestly not sure where we disagree.
2. New data shows that the vaccine is indeed safe for pregnant women and it's not recommended that everyone 12 and older get a vaccine.
https://www.cdc.gov/media/releases/2021/s0811-vaccine-safe-p...
For pregnant women the current data is that vaccination is conclusively necessary because they cannot possibly hope to avoid COVID-19 infection when giving birth and while pregnant are much more likely to be severely impacted by COVID-19.[1]
[1] https://www.cdc.gov/coronavirus/2019-ncov/cases-updates/spec...
Yes just about any symptomatic illness is going to lead to hospitalization and complications during pregnancy.
I understand how the language on the CDC page you cited may lead you to believe that vaccines are conclusively recommended, but take a look at this page from the CDC [1] (updated August 11th) for a more balance appraisal. They say that evidence about the safety is "limited" but "early data" is reassuring. Almost all of the links on the page you cited are to ongoing trials. It's a misrepresentation of science to say that the recommendation to vaccinate pregnant women is conclusive.
And if we're trading anecdotes, my wife's OBGYN advised her not to get vaccinated yet, because it's unclear what the long-term risks are for mother and baby, and because it's unclear if vaccination provides any additional benefits for mothers who have acquired immunity through natural infection.
If you can provide any citations to primary sources supporting your claim that vaccination is conclusively recommended I would appreciate it - I'm keeping an open mind here.
[1] https://www.cdc.gov/coronavirus/2019-ncov/vaccines/recommend...
Your proposition is "a virus many times deadlier then the flu in a target group who have more serious outcomes from anything, what could go wrong?"
And your evidence is: "well for someone who currently has effective natural immunity.."
[1] https://www.health.gov.au/sites/default/files/documents/2021...
But that’s not what’s being communicated.
Yes the vaccine has been proven to be safe for most adults in the short-term. But blanket statements like this over-simplify the reality of the situation.
People need to be aware that for certain sub-populations (eg pediatrics & pregnant women), there is insufficient scientific evidence - in terms of clinical trials and longitudinal studies - to conclude that the benefits of vaccination always and universally outweigh the risks.
Until consensus has been established in the scientific literature - and even after that - everyone should be making their own decisions based on personal risk evaluation with the consultation of doctors and other medical professionals.