Neuroscience for Addiction Medicine: From Prevention to Rehabilitation - Methods and Interventions

1. Animal Models for Addiction Medicine: From Vulnerable Phenotypes to Addicted Individuals
2. Animal Models of Drug Relapse and Craving: From Drug Priming-Induced Reinstatement to Incubation of Craving after Voluntary Abstinence
3. Computational Modeling for Addiction Medicine: From Cognitive Models to Clinical Application
4. Electrophysiology for Addiction Medicine: From Methodology to Conceptualization of Reward Deficit
5. Neurocognitive Rehabilitation for Addiction Medicine: From Neurophysiological Markers to Cognitive Rehabilitation and Relapse Prevention
6. Structural Imaging for Addiction Medicine: From Neurostructure to Neuroplasticity
7. Functional Neuroimaging for Addiction Medicine: From Mechanism to Practical Considerations
8. Resting State Functional Connectivity Analysis for Addiction Medicine: From Individual Loci to Complex Networks
9. PET Imaging for Addiction Medicine: From Neural Mechanisms to Clinical Considerations
10. Genetic Imaging Consortium for Addiction Medicine; from Neuroimaging to Genes
11. Human Pharmacology for Addiction Medicine: From Evidence to Clinical Recommendations
12. Emerging Targets for Addiction Neuropharmacology: From Mechanisms to Therapeutics
13. Cognitive Interventions for Addiction Medicine: Understanding the Underlying Neurobiological Mechanisms
14. Adolescent Psychotherapy for Addiction Medicine: From Brain Development to Neurocognitive Treatment Mechanisms
15. Cognitive Neuroscience of Cognitive Retraining for Addiction Medicine: From Mediating Mechanisms to Questions of Efficacy
16. Perspectives on Neurocognitive Rehabilitation as an Adjunct Treatment for Addictive Disorders: From Cognitive Improvement to Relapse Prevention
17. Noninvasive Brain Stimulation for Addiction Medicine: From Monitoring to Modulation
18. What the Alcohol Doctor Ordered from the Neuroscientist: Theragnostic Biomarkers for Personalized Treatments
19. What Does Addiction Medicine Expect from Neuroscience? From Genes and Neurons to
Treatment Responses