Measles outbreak rages after anti-vaccine groups target vulnerable community
arstechnica.com
arstechnica.com
The seasonality here is amazing.
In those sort of areas, the pastors and most prominent families have the most influence over communities beliefs, generally.
In the Bay Area, social groups tend to form around work colleagues or hobbies. There are some churches, but they're not typically the center of Valley social universes.
Or does first amendment override such cases and they can go on undeterred? After all, this is a case where this speech caused direct harm to particular individuals.
EDIT: I wanna add to this that if you make things government-mandated and force it on people, you only give the conspiracy theorists more reason to be suspicious.
Why hasn't the government made it mandatory then (IMO it should be) ?
There is no controversy about SSRIs' ability to provoke suicide ideation in people who take these drugs.
http://ahrp.org/prozac-revisited-concerns-about-suicides-sur...
Commonly used psychiatric drugs are notorious for worsening patients' conditions.
Which one should we sue? Slippery slope. In the end no one was forced anyone not to vaccinate the kids.
If vaccines are made mandatory then the state can fine/jail the parents and do them even if the parents chose not to
My point still stands. If it was so ironclad, it would illegal to refuse to vaccinate. Refuse to "care" about your child and you go to jail and lose the child Yet, you can refuse to vaccinate him/her and suffer no consequences. So you have a choice. If I tell you that you do not have to vaccinate, why should I be sued or jailed?
Let's start fresh:
1. Vaccines apparently are not mandatory. You can vaccinate your child or not.
2. Someone that's telling parents not to vaccinate, shouldn't be going to jail, because he's not doing anything illegal (see point 1).
3. The state should make vaccines mandatory first, which IMO is the correct choice.
There's no FUD or anti-vaccine thing, simply saying that as long as vaccines are optional, people should not go to jail for saying don't vaccinate.
Unfortunately, while 97% sounds great, "effectiveness" must be considered in light of the infectiousness of the virus. In this case it appears measles may be so infectious (eg one infected child can sneeze and expose an entire school, so-called "superspreaders"), that vaccination will cause a "honeymoon period" that ends with a gigantic epidemic.[I discussed this earlier here: https://news.ycombinator.com/item?id=13656252]
Now we are pretty much stuck with measles vaccination, but I doubt the original program would have been begun if they had today's knowledge. Anyway, when/if this giant measles epidemic happens, that is where you should point your fingers.
The honeymoon period, role of vaccine failure rate vs R0 value in epidemic generation, and herd immunity are all derived from the same general SIR models... So I don't see how you can reject what I am saying while still accepting the herd immunity concept (which is generally accepted).
I wonder if, though, he could be prosecuted for practicing medicine without a license. Certainly a foreign physician without a US license (or a licensed US physician in a state in which she is not licensed) would be subject to that.
As a non-physician (and non-former physician), if I tried propagandizing on this issue I think I'd be safe. But it's not the license that makes you a physician.
Bottom line though the herd immunity issue means its not just your choice, now it affects me and mine as well, that crosses a bright line for me.
Nowadays there is a new problem of people spreading the myth that vaccination is known to be dangerous to infants, so it is not politically acceptable to lower the vaccination age. This is even though we know the maternal antibodies of vaccinated mothers wear out sooner than those of earlier generations (who generated them in response to a full on infection).
I explained this a number of times in an earlier thread: https://news.ycombinator.com/item?id=13655795
For example here: https://news.ycombinator.com/item?id=13656462
Yes, for two reasons:
1) It is not the vaccinated/unvaccinated state that determines whether someone is susceptible to measles. Instead, it is whether they have antibodies towards the virus. One reason to have antibodies towards the virus is vaccination, another would be having had a measles infection in the past, and the most important to us here is being recently (~1 yr) born from a mother that has antibodies. The newborns are already protected from measles, there is no reason to be concerned about exposing them to measles until the maternal antibodies wear off.
2) This myth is an obstacle to preventing the spread of measles because it is not possible to lower the vaccination age to account for the more quickly waning maternal antibodies generated by vaccinated (as opposed to previously infected) mothers. By repeating this myth you are helping to spread measles.
> "Unless we immeduatly vaccinate everyone as soon as they leave the womb (unlikely / impossible) there will always be unvaccinated people."
So what if the newborns are unvaccinated? They are already protected by the maternal antibodies. Further, even if you did vaccinate them, it would fail to elicit immunity because the maternal antibodies would just neutralize the vaccine. I feel like I am repeating myself here though...
The other side of the issue is that vaccinations do not guarantee immunity from a disease. Exposure to a disease puts anyone at risk but they are much less likely to get it if they are vaccinated but they still can get it none the less.
This is why having high vaccination rates are so important. There is a percentage who can't be vaccinated (age, health issues, whatever), there's an unknown percentage for whom the vaccination just didn't work, and then there's the wide circle of immunity formed around them by everyone else who is immune and up to date on those immunizations.
[1] http://www.forjudeforeveryone.com/2017/02/22/how-herd-immuni...
Because vaccines, while very effective, are less than perfectly effective. Vaccines have a first order effect of reducing the vaccinated person's chance of getting the disease when exposed, and a second order effect of reducing everyone else's chance of getting exposed.
You've got a 1 in 10 million or so chance of serious adverse reaction to vaccination.
You've got a 1 in 10 chance of serious adverse reaction if you're exposed to the virus.
You're effectively saying something along the lines of "Do you know how dangerous motorcycle riding is?! We should play russian routlette instead!"