Addiction severely alters the brain's reward system, shifting its sensitivity to dopamine, the chemical associated with pleasure and reinforcement. Substances like opioids or stimulants flood the brain with dopamine, creating a powerful euphoric effect. Over time, this excessive stimulation reduces the sensitivity of dopamine receptors, making natural rewards like social connections or hobbies feel unrewarding. This desensitization fuels substance-seeking behaviors to recapture the lost sense of pleasure. Recovery efforts focus on repairing this dysfunction through therapies that retrain the brain’s response to natural stimuli. Cognitive-behavioral therapy (CBT) helps individuals rediscover the value of non-drug-related rewards, while lifestyle changes like physical exercise boost dopamine production naturally. Medications targeting the reward pathway also offer support by stabilizing dopamine levels. Addressing this core dysfunction is crucial for reducing cravings, preventing relapse, and fostering meaningful engagement with life beyond addiction.
Title : The Storm Within: Neuropsychological Insights into Dysregulation and Substance Use in the Adolescent Brain.
Ann Marie Leonard Zabel, Curry College, United States
Title : Sexualizing anxiety and anxiolytic sex: Misattribution of arousal
Sam Vaknin, CIAPS, Cambridge, United Kingdom
Title : Workplace and occupational mental health: Supporting well-being at work
Sindu Padmanabhan, Bharathiar University, India
Title : Resilience in counseling: Processing grief for the addictions counselor
Kayla Albers, Hazelden Betty Ford Graduate School, United States
Title : Resilience in counseling: Processing grief for the addictions counselor
Jorja Jamison, Hazelden Betty Ford Graduate School, United States
Title : Identity restoration as a missing variable in relapse prevention
Andrew Drasen, A Vision of Hope Media, United States