Addressing the when, what, and why of opioid craving and drug-related valuation.
Addressing the when, what, and why of opioid craving and drug-related valuation.
复制标题
解决阿片类药物渴求的时间、原因和原因以及与药物相关的估值。
DOI:
10.1038/s41386-021-01261-6
复制
发表时间:
2022
期刊:
影响因子:
--
通讯作者:
Bergeria,CeciliaL
中科院分区:
文献类型:
--
作者:
Strickland,JustinC;Bergeria,CeciliaL
In this issue of Neuropsychopharmacology, Biernacki et al [1]. describe an extension of their recent research on the neuroeconomics of food craving [2] designed to study the relationship between opioid craving and opioid-specific valuation. Patients receiving methadone treatment for opioid use disorder completed a willingness-to-pay task with personalized stimuli varying on a subjective dimension of drug relatedness, but generally matched on ratings of desirability. Prediction of trial bids showed increases in valuation for more opioid-related items under momentary conditions in which a participant experienced greater opioid craving. This elegant work helps to address the when, what, and why of opioid craving while posing important directions for this line of work.Collection of trial intensive willingness-to-pay data at two time points designed to vary in craving state–one shortly following methadone administration and one 24h following dosing—allowed Biernacki et al [1]. to separate the between and withinperson processes underlying the relationship between opioid craving and valuation. Specifically, analyses indicated that interactions between drug relatedness and craving were observed at both between-and within-person levels meaning that (a) participants with greater overall opioid craving showed greater overall valuation for stimuli that were more drug related and (b) in moments when participants reported opioid craving that was greater than usual, the association between drug relatedness and valuation was also more positive. Isolating this when of opioid craving tests important hypotheses related to the Simpson’s paradox that could otherwise limit implementation and translation of these findings to a clinical context. The Simpson’s paradox is a common ecological fallacy in which population-level correlates are in an opposite direction of momentary correlates for a given variable. A simple example of the Simpson’s paradox is present in the association between physical activity and heart attack risk–people who exercise are less likely to have a heart attack than those that do not (a population-level association), but for any given person, having a heart attack is more likely when they are exercising compared to when they are not (a momentary association). Failing to distinguish these two pathways can lead to failed or even harmful interventions; for instance, if the momentary data that show greater risk when exercising were used to design a populationbased prevention method, it would dangerously recommend reducing exercise to prevent heart attacks. In the present work, Biernacki et al [1]. effectively show that not only do people who