Say you’re an evil scientist. One day at work you discover a protein that crosses the blood-brain barrier and causes crippling migraine headaches if someone’s attention drifts while driving. Despite being evil, you’re a loving parent with a kid learning to drive. Like everyone else, your kid is completely addicted to their phone, and keep refreshing their feeds while driving. Your suggestions that the latest squirrel memes be enjoyed later at home are repeatedly rejected.
Then you realize: You could just sneak into your kid’s room at night, anesthetize them, and bring them to your lair! One of your goons could then extract their bone marrow and use CRISPR to recode the stem-cells for an enzyme to make the migraine protein. Sure, the headache itself might distract them, but they’ll probably just stop using their phone while driving. Wouldn’t you be at least tempted?
This is an analogy for something about alcoholism, East Asians, Odysseus, evolution, tension between different kinds of freedoms, and an idea I thought was good but apparently isn’t.
I have some patients on disulfiram and it works very well when they take it. The problem is definitely that they can choose not to take it if they want alcohol (or sometimes just forget for normal reasons, then opportunistically drink after they realize they’ve forgotten).
The implants are a great idea. As far as I know, the reason they’re not used is because someone would have to pay for lots and lots of studies and the economics don’t work out. Also because there are vague concerns about safety (if something went catastrophically wrong and the entire implant got released at once and then the patient drank, it would be potentially fatal) and ethics (should a realistically-probably-heavily-pressured patient be allowed to make decisions that bind their future selves)? I think this is dumb and we should just do the implant, but I don’t think it’s mysterious why we don’t, or why (in the absence of the implant) disulfiram doesn’t solve everything.
Wait, you don’t know? Disulfiram implants are widely used in Eastern Europe.
Cute turnaround + mention of FDA = instant feeling of reading Scott.
Maybe Scott has a secret identity.
Throw in some Roman numerals and this entire post would fit right in on acx.
I also thought I was reading SSC / the new thing.
I had the “Europeans evolved to metabolize alcohol” belief that this post aims to destroy. Thanks!
This post gave me the impression that the evolutionary explanation it gives is novel, but I don’t think that’s the case; here’s a paper (https://bmcecolevol.biomedcentral.com/articles/10.1186/1471-2148-10-15#Sec6) that mentions the same hypothesis.
Any other, alternative hypotheses to explain why Europeans and European-descended peoples drink far more than most others (this holds true for country to country comparisons though some places like Nigeria with little European descent are high, and less so but somewhat true within places like the US where whites seem to drink a bit more than racial minorities)?
I’m struck that “Europeans drink more than most of the world” is a bigger thing than “East Asians drink less than most of the world” by a long shot. That still seems to ask for an explanation, even if not genetic (e.g. cultural, historical etc.).
From Wikipedia: “Disulfiram does not reduce alcohol cravings, so a major problem associated with this drug is extremely poor compliance. Methods to improve compliance include subdermal implants, which release the drug continuously over a period of up to 12 weeks, and supervised administration practices, for example, having the drug regularly administered by one’s spouse.”
My guess is that for a strategy like this to work better, you’d need the pain to come right away, strong enough to build an immediate association between alcohol and suffering. Instead, “about 5 to 10 minutes after alcohol intake, the patient may experience the effects of a severe hangover for a period of 30 minutes up to several hours.” By contrast, here’s how one Reddit user describes alcohol cravings:
Note that the effect is immediate and intensely pleasurable. Yet alcohol only reaches the brain 5 minutes after consumption, and only takes effect 10 minutes after consumption. So there’s something psychological, not just chemical, going on here. I’m skeptical that a delayed-onset pain that’s potentially not even shifting the same motivational mechanism that caused the cravings would be effective.
The fact that people self-harm, despite the fact that the pain must be immediate and intense, should be at least some evidence against the idea that strategies like this would work. My money is on the idea that disulfiram’s apparent effectiveness when taken is mainly a third variable problem. People who take it are likely to be highly organized or highly motivated to quit.
I presume you’re being ironic here, but part of me worries that you forgot that this already describes the way we handle underage drinking.
I wasn’t (intentionally?) being ironic. I guess that for underage drinking we have the advantage that you can sort of guess how old someone looks, but still… good point.
The main advantage for underage drinking is that a bartender only has to check the birth date on the ID, whereas for self-exclusion, they would have to check the id against a database or there would have to be some kind of icon on the id.
In principle, I guess you could also think about low-tech solutions. For example, people who want to opt out of alcohol might have some slowly dissolving tattoo / dye placed somewhere on their hand or something. This would eliminate the need for any extra ID checks, but has the big disadvantage it would be visible most of the time.
Combine it with getting entrance to a place. It doesn’t have last too long, just long enough.
Looking at alcohol consumption by country, however, East Asia seems pretty middle of the pack. The main trends seem to be Europe and majority European-settled countries are rather high, and the Middle East and North Africa are very low (religious prohibition).
Since the west is high, the rest is low, or not so-high, with parts of East Asia overlapping parts of the west, it seems like these genetic predispositions aren’t as strong in effect as someone might predict given the culture. I have heard Japanese and Korean drinking culture rivals European ones.
Within the US, whites and racial minorities (e.g. African Americans, Asian Americans, Native Americans etc.) do somewhat differ in drinking rates, alcohol problems, but the differences aren’t nearly as drastic as super strong “innate” differences would predict (e.g. https://pubs.niaaa.nih.gov/publications/arh40/152-160.htm)
It also seems like a religious prohibition making entire regions in the Islamic world far lower in alcohol consumption which is (almost?) entirely cultural has a strong effect with no need to resort to genes, unless there have been studies on if other non-East Asian populations are predisposed to be disadvantaged by alcohol consumption.
I don’t think observing that folks in the Middle East drink much less, due to a religious prohibition, is evidence for or against this post’s hypothesis. It can simultaneously be the case that evolution discovered this way of preventing alcoholism, and also that religious prohibitions are a much more effective way of preventing alcoholism.
Yes, but it seems like the genetic predisposition hypothesis is about or at least usually framed as “East Asians vs. others (unless there are other groups where genetic predispositions are relevant)”. Implying to test the protective effect of one trait, you want to see if East Asians who have the trait at higher levels differ from all others (presumably not having the trait at all, or at lower levels?). Yet the patterns/statistics for alcohol consumption or problems with alcoholism doesn’t line up with “East Asian vs. the rest” as opposed to the West and the rest. What seems more notable to me is why the West is higher than everyone else. As opposed to East Asians who drink a middling amount (relative to the world) neither particularly high or low, and many East Asian countries are within the range of the west.
I suppose you could make the argument that East Asians would drink even more (perhaps as much as or even greater than the highest western countries) if not for the genetic predisposition that puts a brake on it. But counterfactuals are hard, and I don’t know what would be an easy way to test that.
Such implants are legal in Poland and some other Eastern European countries ( webiste in polsih that offers such product: https://alko-implant.pl/nasza-oferta/wszywka-alkoholowa/disulfiram-i-esperal ). It’s really surprising for me that it’s not legal in the US: while reading this piece I was thinking “yeah, there’s an implant one can get”. I have no idea how effective those things are, though.
Very interesting! Do you know how much disulfiram the implant gives out per day? There’s a bunch of papers on implants, but there’s usually concerns about (a) that the dosage might be much smaller than the typical oral dosage and/or (b) that there’s poor absorption.
Thanks, I enjoyed reading this. I’m half Japanese, so this might explain why I don’t enjoy drinking so much. But I wonder, could we do the opposite, in order to make drinking more enjoyable?
Nice piece. My own Asian flush has definitely turned me away from drinking. I wanted to like drinking due to the culture surrounding it, but the side effects I get from alcohol (headache and asthma) make the experience quite miserable.
Do you wish you didn’t have it?
Yeah I wish I didn’t have it. I would like to be able to drink socially.
I don’t quite understand why we needed the speculative evolutionary intro here. For me it seems to be a distraction and a bit questionable.
Convincing. Good question re: Disulfiram. Maybe drugs that make it easier to ride out physical dependency (+ alcohol withdrawal poisoning) are of greater practical use/demand—methadone seems popular [for rehabilitating opiate addicts, not alcohol, obv.].
Seems way too specific. This is going to go off under at least some other condition.
It doesn’t make them get drunk faster?
Unless you live in a tyrannical regime.
He wanted to enjoy the beauty of the song, without the downside of the actions he’d take in response (drowning). It’s like someone wanting to try heroine without getting addicted. There’s a metaphor involving alcohol here. (And he’s lucky that he didn’t get addicted to siren song.)
Tell us more about your dystopian dictatorship, where people are free from temptation.
I still think there’s arguably a fix which doesn’t have problem 2 “Those constraints affect everyone to some degree, even those who don’t want them.”—having opt-in constraints. This might work if you can voluntarily get yourself banned from something (say for the next week), but open tables with snacks don’t quite mix with this.
Less distantly, maybe places could share info about what snacks they will have, in advance.
No. There’s a difference between all drugs, and a specific drug. ‘Snapping’ here, would literally kill people.
Interesting consequentialist question here—do drugs save (and help) more people than they kill (and destroy)?
Are there responsible cookie users? Or do we just resist the urge to buy it, but give in when it’s available as a free snack? You want to not have ‘mint chocolate’ options—you want them banned. You want to stop, but you’re having trouble doing so. Are you addicted to mint chocolate sweets? Are we addicted to cookies?
This is perfect. It’s perfect for you, and particular style of irresponsible mint chocolate consumption.
You’re still distinguishing freedom and constraints. From your perspective isn’t there just a line, instead of two dimensions?
We’re back at ignoring the simpler policy that would work for someone like you - i.e., I want to not buy it, and would opt in to ‘not having the option to buy it’.
Maybe friends aren’t the weak link you made them out to be.
This reminded me of an essay on artificial pain, where people whose hands could no longer feel pain in some part of their body would get a computer controlled device attached to another part of their body that would hurt them where they were sensitive if they did something that could damage their insensitive body parts.
One problem was calibrating the mechanism to really detect damaging actions (preferably before damage became at all severe).
The deeper problem was that the entire mechanism was optional.
Even the patients who were most “adherent” to the treatment and the most intellectually “bought in” to the idea that pain could protect them from damage would sometimes briefly turn the device off to do things that would cause damage to their hands that they just “really wanted to do” in that moment.
It feels like there’s a lurking idea here related to agency operating on longer time scales? Something something months, years, and decades? Something something low pass filter? Something something Parfit?
I had not heard of casino self exclusion before! Thanks for that pointer :-)
then it would work best early on or in combination with someone helping you, e.g. your spouse
Or your parent. Could parents give it to their teenagers before they go to a party: “You can go but take this pill first.”
This is not quite true. Disulfiram is currently used in Russia (and other former USSR countries) to treat alcohol addiction. (Random clinic website that offers disulfiram implants for ~$200.)
Also in the 90s disulfiram apparently was used to treat alcohol addiction in a quite questionable form:
Thanks. Are you able to determine what the typical daily dose is for implanted disulfiram in Eastern Europe? People who take oral disulfiram typically need something like 0.25g / day to have a significant physiological effect. However, most of the evidence I’ve been able to find (e.g. this paper) suggest that the total amount of disulfiram in implants is around 1g. If that’s dispensed over a year, you’re getting like 1% of the dosage that’s active orally. On top of that, the evidence seems pretty strong that bioavailability from implants is lower than from oral doses, so it’s effectively even less.
Of course, there’s nothing stopping someone implanting 100x as large a dose, and maybe bioavailability can be improved (or isn’t that big a concern). But if not, my impression was that most implants are effectively pure placebo effect.
Yep, the first google result http://xn--80akpciegnlg.xn—p1ai/preparaty-dlya-kodirovaniya/disulfiram-implant/ (in Russian) says that you use an implant with 1-2g of the substance for up to 5-24 months and that “the minimum blood level of disulfiram is 20 ng/ml; ”. This paper https://www.ncbi.nlm.nih.gov/books/NBK64036/ says “Mild effects may occur at blood alcohol concentrations of 5 to 10 mg/100 mL.”
This is awesome, I’ve been curious about Asian flush for ages but never put in the work to research it. Thanks!
Your discussion would suggest that disulfiram might not work at curing alcoholism but could be a useful prophylactic. Lace the drinking water with it and people will avoid alcohol or stop earlier! What could go wrong?
Someone dies and you get sued. (All it takes is one allergic reaction, or someone who already had asthma, and you’re a murderer.)
I was joking ;) But the distinction between prophylaxis and treatment I think is useful because even if “it doesn’t work” as one or both, it could work for the other and still be helpful.
The straightforward conclusion is that human evolution is continuing, in fact accelerating.
There’s a drug called Orlistat for treating obesity which works by preventing you from absorbing fats when you eat them. I’ve heard (somewhat anecdotally) that one of the main effects is forcing you to eat a low fat diet, because otherwise there are quite unpleasant ‘gastrointestinal side effects’ if you eat a lot of fat.
My question would be “What’s a drink?” It doesn’t seem to be an intuitive unit.
Ironically, there is no standard for what a “standard drink” is, with different countries defining it to be anything from 8g to 20g of ethanol.
Then it makes a lot of sense to specify what standard is used in the statistics you cite. Without a defined standard a claim like the one you made feels bullshitty to me.
In this case, 1 drink = 10 g of ethanol, per the linked paper.
Measuring alcohol in drinks is quite normal, I agree it is weird that there is no international standard, but dynomight probably wasn’t aware of that when writing this post, so it seems harsh to say the claim feels bullshitty when the source defines precise units for a commonly used measure.
I specified (right before the first graph) that I was using the US standard of 14g. (I know the paper uses 10g. There’s no conflict because I use their raw data which is in g, not drinks.)
Sorry, my oversight.
I do have instincts that ask me “What claim I’m making when I say: A sizeable portion of people do X.” and failure to know what claim is made rings my bullshit alarm bells. This isn’t very serious in this case, but I do endorse my mental reflex.