Even if you do get the vaccine, there's no guarantee that it will actually include your new virulent strain. The flu vaccine is more involved (and uncertain) than others because influenza has a high mutation rate. It's a bit of a guessing game each year as to which strains should be included, and new ones crop up all the time.
True, for reference look at this table from the CDC: https://www.cdc.gov/flu/professionals/vaccination/effectiven...
2011-12: 47% vaccine effectiveness
2012-13: 49% vaccine effectiveness
2013-14: 52% vaccine effectiveness
2014-15: 19% vaccine effectiveness
2015-16: 48% vaccine effectiveness
2016-17: 42% vaccine effectiveness
But I still get my flu shot every year, better to be 40-50% protected than 0%.Vaccine ineffectiveness is the odds that when you are potentially infected by a wild flu, the virus that you encounter was one that you were vaccinated against.
Vaccines are more effective when they correctly predict what varieties of flu will be circulating. But the more effective the immunization program, the more the ones that they predicted become and the less effective the vaccine becomes. However we all benefit because less flu is in the environment.
That's not true. There is a significant portion of the population who are resistant to the flu.
I'm 34 and I've never had the flu. None of my 3 siblings, nor my mom (who's 55) have either. This is despite never getting a flu shot, and spending several years riding public transit.
It's well documented that many people just don't become symptomatic or even contagious. A study in 2011 infected 17 people with live active flu virus, and only half developed any symptoms at all. Furthermore, it's likely that people with this immune response never develop the viral load necessary to easily spread the virus.
Then I started having 2-3 serious illnesses—very bad colds, the flu, sinus infections (I'd never had either of those last two)—every single year, and my nose is a little bit stuffy 100% of the time. 360 days a year, before, I couldn't blow my nose at all even if I wanted to—nothing would come out—but now I can a couple times a day, every day, when not actually sick.
Aging sucks and/or HGH is a hell of a drug.
That's definitely not just a result of being over the ripe old age of 22.
After a year of that I had my tonsils out and suddenly I just didn't get sick anymore. I think in the 15 year period since I've maybe been sick twice (and not nearly as heavily).
That's fascinating. Do you have a link to the study?
Sure, call me selfish, but it's just not worth it for me.
Now, if I have to go get it, or pay a $200 fine or something - yeah, I'll suck it up and go do it.
In an ideal world, all those who opt out should have to pay the medical expenses of those who get sick. Not vaccinating is the same sort of negative externality as environmental pollution.
Rather than making it a fine, a high opt-out fee could cover it without the stigma of "breaking the law".
Under your logic all those who eat fast food for lunch everyday and don't exercise should have to pay extra for medical insurance for not taking care of themselves.
Err, that's exactly what happens. Your premiums would definitely be higher if you live a riskier and less healthy lifestyle because you would require more costly health care at a younger age.
And as another poster pointed out, we're now also coming around to the idea of disincentivizing poor food choices for the same reasons, like taxes on sugary drinks.
So this is not "my logic", but in fact the prevailing logic of most people.
"Determining the R0 of a particular microbe is a matter of more than academic interest. If you know how many secondary cases to expect from each infected person, you can figure out the level of herd immunity needed in the population to keep the microbe from spreading. This is calculated by taking the reciprocal of R0 and subtracting it from 1. For measles, with an R0 of 12 to 18, you need somewhere between 92 percent (1 – 1/12) and 95 percent (1 – 1/18) of the population to have effective immunity to keep the virus from spreading. For flu, it’s much lower — only around 50 percent. And yet we rarely attain even that level of immunity with vaccination. ... The calculated R0 of the West African Ebola outbreak was found to be around 2 in a 2014 publication, similar to the R0 computed for the 1918 influenza pandemic based on historical data. "
All of you ladies and gents who blow off your annual flu vaccine because "you just don't seem to ever catch it" - you're just lucky. It's only a matter of time with modern travel and climate change until another virulent strain hits.