The piece advances a hypothesis that groups with longer historical exposure to alcohol have lower rates of binge drinking today due to genetic and cultural adaptation, while groups with recent exposure face higher risks. It calls for biochemical research tailored to these differences rather than one-size-fits-all interventions.
— This reframes addiction policy through evolutionary mismatch, implying targeted medical approaches instead of purely cultural or moral framings.
msmash
2025.09.17
60% relevant
The study reports wild chimps consume about 14 grams of ethanol daily from ripe fruit, supporting the notion that primate ancestors regularly encountered ethanol. This bolsters the evolutionary pathway for human alcohol attraction central to the 'drunken monkey' framing behind group-level risk differences.
Steve Sailer
2025.08.20
100% relevant
Examples cited include Mediterranean vs. Northern European patterns and Indigenous groups post-1492, coupled with a call for medical research on underlying biochemistry.
Cremieux
2025.08.12
65% relevant
The article advances a biological, pharmacological pathway (GLP‑1 receptor agonists) for reducing alcohol intake and relapse, reinforcing the broader frame that addiction policy should include targeted biochemical solutions rather than solely cultural or one‑size‑fits‑all approaches.