First discovered on:09:45am, 05/02/10
All tags for this page:glutamate nucleus accumbens reward/reinforcement tolerance alcohol use disorder chlorzoxazone dopamine drd2a1 gaba gene networks genes
('Alcohol studies focus on gene networks, also relapse interventions ', ' Addiction Education Blog - www.cnsproductions.com')
www.cnsproductions.com/drugeducationblog/podcast... - Details
Jonas.Lambert: Gene networks, not single genes, likely play a significant role in whether a person develops alcohol use disorder, as does a person's level of response to alcohol, their initial tolerance. Also the roles of the amino acid glutamate and the inhibitory...
to tags: glutamate nucleus accumbens reward/reinforcement tolerance alcohol use disorder chlorzoxazone dopamine drd2a1 gaba ...
Save this page to your bookmarks.
Tagged and described by the following users:
Gene networks, not single genes, likely play a significant role in whether a person develops alcohol use disorder, as does a person's level of response to alcohol, their initial tolerance. Also the roles of the amino acid glutamate and the inhibitory neurotransmitter GABA and insights on craving and relapse.
Gene networks, not single genes, likely play a significant role in whether a person develops alcohol use disorder, as does a person's level of response to alcohol, their initial tolerance. Also the roles of the amino acid glutamate and the inhibitory neurotransmitter GABA and insights on craving and relapse.
Gene networks, not single genes, likely play a significant role in whether a person develops alcohol use disorder, as does a person's level of response to alcohol, their initial tolerance. Also the roles of the amino acid glutamate and the inhibitory neurotransmitter GABA and insights on craving and relapse.
Gene networks, not single genes, likely play a significant role in whether a person develops alcohol use disorder, as does a person's level of response to alcohol, their initial tolerance. Also the roles of the amino acid glutamate and the inhibitory neurotransmitter GABA and insights on craving and relapse.
Gene networks, not single genes, likely play a significant role in whether a person develops alcohol use disorder, as does a person's level of response to alcohol, their initial tolerance. Also the roles of the amino acid glutamate and the inhibitory neurotransmitter GABA and insights on craving and relapse.
Gene networks, not single genes, likely play a significant role in whether a person develops alcohol use disorder, as does a person's level of response to alcohol, their initial tolerance. Also the roles of the amino acid glutamate and the inhibitory neurotransmitter GABA and insights on craving and relapse.
Gene networks, not single genes, likely play a significant role in whether a person develops alcohol use disorder, as does a person's level of response to alcohol, their initial tolerance. Also the roles of the amino acid glutamate and the inhibitory neurotransmitter GABA and insights on craving and relapse.
by 