You are going to need to back up this claim with facts and data. Best of luck! |
I also get the flu shot for the same reasons. But I’m on the fence about covid. There is no “covid season” the same as flu season and the booster wanes quickly, so you’re not getting the same protection as a flu shot. But more importantly I just don’t think the research has been done yet to show thay the covid booster provides significant benefits similar to the flu research. And as well, we don’t actually know the long term side effects of repeated mRNA vaccinations. With flu they actually have done research on multiple flu shots because there was some evidence that multiple flu shots actually *supresses* immune response to flu. Last I read it appears that multiple shots are better than no shots. But it’s complicated because research into real-world vaccine efficacy/effectiveness is difficult with many confounders. Eg: https://www.thelancet.com/journals/lanres/article/PIIS2213-2600(22)00266-1/fulltext |
Seriously what's the point? Everyone I know got all the shots before and almost every one of them ended up with Covid/covid pneumonia. |
Yes. If you find a positive result, are you supposed to report it if you get a test this way? |
Was that because you had tested at home and were positive? Or were you just showing signs of potential Covid? |
This study makes misleading claims. Its authors conducted a literature review/meta-analysis of existing studies on the cardiac side effects of vaccines. It is known that covid and smallpox vaccines can generate cardiac side effects. Unsurprisingly, most of the studies in this review relate to covid or smallpox. There were only five studies that looked at other vaccines: two studies found zero cardiac side effects from non-smallpox vaccines, a third study found only one instance, while 90% of the reported cardiac side effects in non-smallpox vaccines (152 total) came from just one study. However, when you read that one study on live vaccines, you find that of the 152 cardiac cases initially flagged, there was ultimately only one probable case of pericarditis found in the 42-day window post-vaccination, leading those authors to say that "While our study does not speak to risk related to smallpox vaccination, our results provide evidence for the lack of an association between other commonly-administered live viral vaccines and these cardiac outcomes." Despite this, the literature review authors use the 152 initially flagged cardiac cases and draw the opposite conclusion to the authors of the underlying study. What does this literature review show? They found numerous studies which showed cardiac side effects from covid and small pox vaccines, and very few studies finding cardiac links with other vaccines, consistent with common consensus. The authors do not show convincing or extensive evidence of cardiac side effects in non-covid, non-smallpox vaccines, despite its claims. Also of note: one of the two authors who conceived and drafted this literature review receives funding from a medical company that is involved with the manufacturing and packaging of two well-known covid vaccines. |
This, to me, is one of the biggest problems. I get a flu shot in October every year, and the protection afforded from that shot gets me through flu season. But there is no "covid season", and, if the strongest effectively of the covid shot wanes after just a month or 2, then when exactly am I supposed to time getting it? I'm hoping that there's some development effort underway to try to bolster the effectively of the shot so that one a year offers greater durability of protection. |
Effectivity,, not effectively. Thanks autocorrect. |
I get a big peeling rash all over my torso and arms from the vaccine and it's triggered radiation recall dermatitis from my breast cancer treatment. There are other case studies in the literature about this. I'm 36, not in any risk groups (chemo finished 2 years ago), and have had Covid twice and it was mild both times. I did the initial series and one booster and have decided I'm not getting any more unless something radically changes. The mild benefits did not outweigh the costs. |
It’s a brand new virus… But it’s definitely starting to settle into seasonality. Experts predict it will be much more like the flu in that way in a few years. There is an absolute fantastic article in the New York Times by an expert epidemiologist called Michael Mina. I highly recommend people read it. He basically talked about how Covid is really exactly like other viruses and it is always going to be a problem for those who were 65 and older when it first hit because their immune system is just not strong enough to ever mount a lasting response, but babies and young children today by the time they become elderly will have seen it 1 million times and willl be less of a threat or at least more like other known viruses. He also talks about how long Covid should continue to become less and less of a problem for the same reason… As we continue to get exposed to the virus year after year our bodies will figure it out. For me, though… It is still fairly new and so I’m glad to have boosters to protect me. I fully expect to continue getting Covid and hopefully it will continue to be mild every time. |
You are being misleading or else you don't understand math. Those "only five studies" that looked at other vaccines were at scales plenty large enough to draw conclusions: "two studies on 1 521 782 doses of influenza vaccines,34, 42 and three studies on a variety of non-COVID-19 vaccines (such as varicella; yellow fever; oral polio vaccine; measles, mumps, and rubella; meningococcal; diphtheria, pertussis, and tetanus; BCG; hepatitis; and typhoid; 5 488 732 doses)" "The overall incidence of myopericarditis in the general population did not differ significantly after receipt of COVID-19 vaccines (18·2 cases [10·9–30·3] per million doses, high certainty) compared with non-COVID-19 vaccines (56·0 [10·7–293·7], moderate certainty, p=0·20; figure 2)" "Across all vaccines, the incidence of myocarditis was 16·0 cases (95% CI 8·2–31·2) per million doses (180 995 007 doses, seven studies, moderate certainty; appendix p 38). The incidence of myocarditis was significantly lower (p<0·0001) among those receiving COVID-19 vaccines (8·9 [6·7–11·8]; 179 664 350 doses, five studies) than those receiving non-COVID-19 vaccines (79·4 [63·6–99·0]; 1 330 657 doses, two studies)." |
Yes |
PP here. Because when you get the actual flu, there is no mild case like there is with COVID. Over three instances of COVID in our house (only one positive test, but guaranteed exposure), they were all many months after when the vaccine/booster benefits would have worn off, and were still either mild or asymptomatic/negative. The worst/only case was during the initial Omicron wave, and it was more like a bad cold with a lingering cough than anything. It was a barely noticeable cold for my kids when they had Omicron that passed in a day or two. Contrast that with the flu, which knocks you out and makes you feel like death for a week or longer. When DH got the flu last winter (unvaccinated because I can't drag him to the pharmacy like I can my kids), he was SICK and the rest of us barely felt run down for a few days. That's worth the vaccine, but current COVID current variants are much more mild than Omicron was, or the original COVID that put healthy young people in the hospital, and will likely continue to get more mild. So why get a vaccine that may or may not make a mild cold even more milder for maybe two months? And as to why are they saying young people shouldn't get it, I think it's because public health recommendations in a country with a universal health system has cost implications that the FDA doesn't have to consider. Easy to say, sure get it just for good public policy even if there's no good evidence when it's private insurers that have to pay for it. |
My brother's mother in law died from COVID on Thanksgiving Day. |
You want data that COVID cause more heart problems than the vaccine in men. Is your google broken. Besides, can you just follow logic. |