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Does anyone have any non-press infested material about this vaccine? As far as I’m aware this is the first roll out of an mRNA based vaccine. While I’m no anti
by qz2 6y ago
Does anyone have any non-press infested material about this vaccine? As far as I’m aware this is the first roll out of an mRNA based vaccine.
While I’m no anti vaccination idiot I’d like to understand the risks to some degree.
- adrianN 6y agoThe wiki article is a good start: https://en.wikipedia.org/wiki/BNT162b2 https://en.wikipedia.org/wiki/BNT162b2
- qz2 6y agoThank you. Reading this now.
- gabipurcaru 6y agogov.uk: https://www.gov.uk/government/news/uk-authorises-pfizer-biontech-covid-19-vaccine https://www.gov.uk/government/news/uk-authorises-pfizer-bion...
- vore 6y agoWith regards to mRNA, mRNA is a fragile molecule that is quickly broken down inside the body after injection, so there's unlikely to be much long term risk with mRNA itself.
- im3w1l 6y agoYour answer is phrased in such a way that I can't help but ask: What about the other molecules in the vaccine? Are there any notable helpers or adjuvants or preservatives?
- kolinko 6y agoNot sure why you’re downvoted - it’s a legit question.
- MagnumOpus 6y agoNo, it's the typical gish gallop of "skeptics". Swamp others with questions you could easily answer yourself if your intent were honest inquiry rather than making something/someone look bad.
- im3w1l 6y agoA skillful display of ad hominems. It's a shame to see your talent wasted on an arena as HN, when twitter would appreciate it so much more.
- Kliment 6y agoThis particular vaccine is literally just a bit of RNA in a blob of fat. The fat sticks to cell membranes, and the RNA pokes through. There's nothing more to it (this is also why it's possible to scale up production so quickly)
- bbarnett 6y agoAn immediate "but if it breaks down fast, how can it do anything?" thought springs to mind. I know what you mean is "not dormant and doing something for months/years", but at the same time, if it can initiate a modification of immune response, it can do "other things". I believe we must take the utmost of care at this juncture, and make sure assurances are not construed as in a poor light.
- kolinko 6y agoFor me the most convincing argument regarding safety is that mRNA vaccines essentially do the same thing that the virus does, just extremely limited in scope (producing just one protein instead of a bunch of them, and not reinfecting more cells). So, even if producing the proteins turns out to be somewhat harmful long term, it cannot possibly be as harmful as the whole virus. Assuming that covid infection is inevtable without a vaccine, we really have a choice between getting a little bit of mRNA injected into our cells, and a ton of mRNA injected.
- qz2 6y agoThat's an interesting perspective. I've actually had the virus. I'm interested to see what the differential outcome of having the virus and having the vaccination is.
- pfranz 6y agoI heard recently that there's a surprising amount of our DNA that's made up of old viruses from our ancestors. https://www.sciencedaily.com/releases/2016/03/160322100714.htm https://www.sciencedaily.com/releases/2016/03/160322100714.h...
- acqq 6y agoThere are the viruses which can exploit the DNA involved mechanisms, but a mRNA vaccine is not using these, it uses the processes "downstream."
- refurb 6y agoHoly jeeze. This is why we have the FDA. The extent to which a molecule is active in your body is only slightly correlated with toxicity. There is zero reason why a fragile molecule can't cause damage before it breaks down. This is how ended up with thalidomide. They tested it in pregnant lab rats, but the window for birth defects is incredibly short in rats. So everything checked out. In drug development you can't assume anything without data to back it up.
- vore 6y agoI agree, but there's not much time we can spend to observe side effects over a long duration of time to have that level of confidence. The FDA at this point certainly doesn't have the ability to analyze that either, so the best we have is a theoretical understanding.
- bawolff 6y agoI don't know much about this subject but i found https://www.nature.com/articles/nrd.2017.243 https://www.nature.com/articles/nrd.2017.243 to be quite interesting. Its from 2018, before all the covid stuff hit, so i think it gives a much more detached overview. However it might not be precisely about the current crop of vaccines.
- oezi 6y agoIsn't there usually at least a 1:100 or 1:1000 safety buffer between vaccination and control to make a vaccine safe? At least for other vaccines that's a common threshold.
- kolinko 6y agowhat do you mean by buffer in this context?
- oezi 6y agoThe relative risk between potentially getting the disease even though the population is already highly herd immunized (compare e.g. measles) and the risk of the vaccine is still 1:1000. This means despite measles already being such a rare disease it is still a clear benefit to get vaccinated. With a disease such as Covid it might be 100000x safer to get vaccinated than not. All national vaccination programs must calculate and assess such relative risk and find so much advantage in favor of vaccination.
- pmoriarty 6y agoMy go-to resource for educated COVID-19 coverage has been This Week in Virology[1], which usually has between 4 and 6 virologists reporting and analyzing COVID-19-related news every week. I've kind of OD'ed on COVID-19 news myself, so haven't listened to them for a while and don't know if they've commented on this vaccine yet, but they probably will, and for a thorough, educated, hype-free analysis, there's no better place I can think of to go to than TWiV. [1] - https://www.microbe.tv/twiv/ https://www.microbe.tv/twiv/
- qz2 6y agoThanks - this is perfect!
- PureParadigm 6y agoWikipedia [1] has an overview of mRNA vaccines, including a summary of some potential side-effects/risks. For more technical details, this review of mRNA vaccines [2] appears to be a decent place to start. [1] https://en.wikipedia.org/wiki/RNA_vaccine https://en.wikipedia.org/wiki/RNA_vaccine [2] https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5906799/ https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5906799/