Cell Biology of Addiction Book

1	Introduction	1
2	Addiction genetics and genomics	15
3	Catechol-o-methltransferase genotype, intermediate phenotype, and psychiatric disorders	29
4	Identifying genes affecting addiction risk in animal models	45
5	Endorphins, gene polymorphisms, stress responsivity, and specific addictions : selected topics	63
6	Imaging the addicted brain	93
7	Neurotoxic effects of drugs of abuse : imaging and mechanisms	111
8	Development of the midbrain dopaminergic pathways	137
9	Transporter structure and function	159
10	Neuronal nicotinic acetylcholine receptors and nicotine dependence	179
11	Opioids as a model for cell biological studies of addictive drug action	193
12	Receptor-receptor interactions modulate opioid receptor function	211
13	The endocannabinoid system : from cell biology to therapy	223
14	Cocaine neurobiology : from targets to treatment	239
15	The oligomerization of G-protein-coupled receptors	271
16	The critical role of adenosine A2a receptors and Gi [beta][gamma] subunits in alcoholism and addiction : from cell biology to behavior	291
17	Neurotransmitter transporters : mechanisms and function	315
18	Synaptic vesicle trafficking and drug addiction in synapsin triple knockout mice
19	Synaptic plasticity in the mesolimbic dopamine system and addiction	361
20	Long-term memory storage in aplysia	377
21	Molecular mechanisms of drug addiction	393
22	Dynamic analyses of neural representations using the state-space modeling paradigm	415
23	Quantitative functional genomics and proteomics of drug abuse	433