Metabolite levels in the brain reward pathway discriminate those who remain abstinent from those who resume hazardous alcohol consumption after treatment for …

TC Durazzo, V Pathak, S Gazdzinski, A Mon… - Journal of studies on …, 2010 - jsad.com
Objective: This study compared baseline metabolite levels in components of the brain
reward system among individuals who remained abstinent and those who resumed …
被引用次数：45 相关文章
[PDF] academia.edu

[PDF][PDF] Metabolite Levels in the Brain Reward Pathway Discriminate Those Who Remain Abstinent From Those Who Resume Hazardous Alcohol Consumption After …

TC DURAZZO, V PATHAK, S GAZDZINSKI… - … OF STUDIES ON …, 2010 - academia.edu
Objective: This study compared baseline metabolite levels in components of the brain
reward system among individuals who remained abstinent and those who resumed …

Metabolite levels in the brain reward pathway discriminate those who remain abstinent from those who resume hazardous alcohol consumption after treatment for …

TC Durazzo, V Pathak, S Gazdzinski… - Journal of studies …, 2010 - pubmed.ncbi.nlm.nih.gov
Objective This study compared baseline metabolite levels in components of the brain reward
system among individuals who remained abstinent and those who resumed hazardous …
[HTML] nih.gov

[HTML][HTML] Metabolite Levels in the Brain Reward Pathway Discriminate Those Who Remain Abstinent From Those Who Resume Hazardous Alcohol Consumption After …

TC Durazzo, V Pathak, S Gazdzinski… - Journal of Studies on …, 2010 - ncbi.nlm.nih.gov
Objective: This study compared baseline metabolite levels in components of the brain
reward system among individuals who remained abstinent and those who resumed …

Metabolite levels in the brain reward pathway discriminate those who remain abstinent from those who resume hazardous alcohol consumption after treatment for …

TC Durazzo, V Pathak, S Gazdzinski, A Mon… - Journal of Studies on …, 2010 - europepmc.org
Objective This study compared baseline metabolite levels in components of the brain reward
system among individuals who remained abstinent and those who resumed hazardous …

[引用][C] Metabolite Levels in the Brain Reward Pathway Discriminate Those Who Remain Abstinent From Those Who Resume Hazardous Alcohol Consumption After …

TC DURAZZO, V PATHAK… - Journal of studies …, 2010 - pascal-francis.inist.fr
Metabolite Levels in the Brain Reward Pathway Discriminate Those Who Remain Abstinent
From Those Who Resume Hazardous Alcohol Consumption After Treatment for Alcohol …
[PDF] researchgate.net

[PDF][PDF] Metabolite Levels in the Brain Reward Pathway Discriminate Those Who Remain Abstinent From Those Who Resume Hazardous Alcohol Consumption After …

TC DURAZZO, V PATHAK… - … OF STUDIES ON …, 2010 - researchgate.net
Objective: This study compared baseline metabolite levels in components of the brain
reward system among individuals who remained abstinent and those who resumed …

Metabolite levels in the brain reward pathway discriminate those who remain abstinent from those who resume hazardous alcohol consumption after treatment for …

TC Durazzo, V Pathak, S Gazdzinski, A Mon… - Journal of Studies on …, 2010 - europepmc.org
Objective This study compared baseline metabolite levels in components of the brain reward
system among individuals who remained abstinent and those who resumed hazardous …
[PDF] academia.edu

[PDF][PDF] Metabolite Levels in the Brain Reward Pathway Discriminate Those Who Remain Abstinent From Those Who Resume Hazardous Alcohol Consumption After …

TC DURAZZO, V PATHAK, S GAZDZINSKI… - … OF STUDIES ON …, 2010 - academia.edu
Objective: This study compared baseline metabolite levels in components of the brain
reward system among individuals who remained abstinent and those who resumed …

[引用][C] Metabolite Levels in the Brain Reward Pathway Discriminate Those Who Remain Abstinent From Those Who Resume Hazardous Alcohol Consumption After …

TC DURAZZO, V PATHAK, S GAZDZINSKI… - Journal of studies on …, 2010 - Rutgers