Posted by Nathan Collins of Stanford University
Drug policy in the United States often goes against the findings of science, instead focusing on cultural attitudes about drug users and addiction, argue neuroscientists and legal scholars.
The team says that basing drug policies on scientific information could benefit the fight against widespread opioid addiction and overdoses.
“Drug policy has never been based on our scientific understanding,” says Robert Malenka, a professor of psychiatry and behavioral sciences and a coauthor of the paper “Brains, environments and policy responses to addition
Instead, it is based mostly on culture and economic necessities—and a misguided desire to punish drug users harshly.
The time has come, he and coauthors write in the journal Science, to do better.
“We have an opioid epidemic that looks like it’s going to be deadlier than AIDS, but the criminal justice system handles drug addiction in almost exactly opposite of what neuroscience and other behavioral sciences would suggest,” says Keith Humphreys, a professor of psychiatry and behavioral sciences and one of the leaders of the Stanford Neurosciences Institute’s Neurochoice Big Idea initiative.
A central problem, the authors argue, is that drug use warps the brain’s decision-making mechanisms, so that what matters most to a person dealing with addiction is the here and now, not the possibility of a trip up the river a few months or years from today.
“We have relied heavily on the length of a prison term as our primary lever for trying to influence drug use and drug-related crime,” says Robert MacCoun, a professor of law. “But such sanction enhancements are psychologically remote and premised on an unrealistic model of rational planning with a long time horizon, which just isn’t consistent with how drug users behave.”
What might work better, Humphreys says, are smaller, more immediate incentives and punishments—perhaps a meal voucher in exchange for passing a drug test, along with daily monitoring.
The environment in which individuals live matters, too, Humphreys says—especially when that environment pushes alcohol, cigarettes, and prescription painkillers hard. Cigarette advertising, for example, works to make smoking seem like a pleasant escape from the grind of daily life.
Meanwhile, drug companies’ advertising campaigns helped push American doctors to prescribe painkillers at much higher rates than in other countries, a fact that has likely contributed to the country’s growing epidemic of opioid addiction.
Science, not punishment
The scientists argue that basing policy on science rather than on a desire to punish addicts would improve lives, including victims of drug-related crime.
“To learn that addictive drugs distort the choice process is not the same as showing that addicts are incapable of making choices. Addicts already know full well that their behavior is inappropriate and stigmatized,” MacCoun says. “But mostly I think questions of morality distract from very practical questions about what works and what doesn’t work to reduce drug-related harm.And, the researchers say, the costs of current policy are staggering: on average 78 Americans die every day from opioid overdoses. Max Berry, the only child of Nashville Mayor Megan Berry, recently died of a drug overdose. The 22-year-old Berry, a graduate of the University of Puget Sound in Tacoma, Wash., recently moved to Colorado.
Making a better policy
The new commentary is timed to appear four days before a much-anticipated report from a presidential commission on drug addiction. While it may not have an impact on that particular report, Humphreys and his coauthors say they hope the commentary and the Neurochoice Initiative it is part of will make a difference in a critical area of public policyProfessor of psychology Brian Knutson and colleagues, also part of Neurochoice, recently showed that brain scans could help predict which adolescents would initiate excessive drug use in the future. Those are the kinds of results, the authors write, that might guide better laws and practices in the future.
The Stanford Neurosciences Institute and its NeuroChoice project funded the research.
Source: Stanford University