To develop a clinically usable framework that links neurobiology with lived experience and relapse-prevention planning in opioid use disorder.
Approach:
Method: label
Method: text
Key Findings:
Relapse vulnerability in opioid use disorder is linked to dysregulation in information processing.
The framework integrates insights from addiction neuroscience, computational psychiatry, and clinical relapse research.
IDFA provides a perspective on how prediction, updating, and action selection become dysregulated during relapse.
Interpretation:
The IDFA provides a structured approach to understanding the complexities of relapse in opioid use disorder, focusing on the role of information processing.
Limitations:
The framework may require further empirical validation in clinical settings.
Potential variability in individual experiences of relapse may not be fully captured.
Conclusion:
IDFA serves as a candidate operationalization for understanding relapse vulnerability, highlighting the importance of information balance in addiction.
Four-day treatment targeting the prefrontal cortex and cerebellum produced larger reductions in suicidal ideation scores than prefrontal stimulation alone in adolescents with major depressive disorder.