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PARK, SANG KI (박상기)

Dept of Life Sciences(생명과학과)

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GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||GENEEXPRESSION:4||SYNAPTIC PLASTICITY:3||DISC1:3||Cocaine addiction:2||BEHAVIORAL SENSITIZATION:2||MOTOR BEHAVIORS:2||MICROTUBULE ORGANIZATION:2||dopamine:2||intrinsic excitability:2||synaptic transmission:2||MEDIUM SPINY NEURONS:2||MOUSE MODEL:2||CYTOPLASMIC DYNEIN:2||NUCLEUSACCUMBENS:2||OPTOGENETIC CONTROL:2||nucleus accumbens:2||DOPAMINE D1 RECEPTOR:2||MESSENGERRNAS:2||dendritic spine:2||STRIATOPALLIDAL NEURONS:2||AMPA RECEPTORS:2||dopamine 2 receptor:2||INTERMEDIATEFILAMENTS:2||tetraspanin:2||dopamine receptor:2||EXOCYST COMPLEX:1||OXIDATIVE STRESS:1||COILEDCOIL DOMAIN:1||ASPERGILLUSNIDULANS:1||CYCLINDEPENDENT KINASE5:1||NMDA RECEPTORS:1||MORPHOLOGY:1||tetraspanin 7:1||real time polymerase chain reaction:1||animal:1||cell line:1||gene expression regulation:1||Signal Transduction:1||CONTAINING NEURONS:1||OCTOPAMINE:1||PROSTATE APOPTOSIS RESPONSE4:1||AFFECTIVEDISORDERS:1||NERVOUSSYSTEM:1||SOD1 MUTATION:1||HIPPOCAMPALNEURONS:1||CA2+:1||RELEASE:1||PKA:1||NEWLY GENERATED NEURONS:1||mitochondrial dysfunctions:1||DYNEINMEDIATED TRANSPORT:1||BETACATENIN:1||priority journal:1||genetics:1||Cell Line:1||Receptors, Dopamine D2:1||Tetraspanins:1||MODULATION:1||SCHIZOPHRENIA:1||Article:1||protein function:1||steady state:1||signal transduction:1||Gene Expression Regulation:1||PARKINSONSDISEASE:1||MICE LACKING:1||COCAINE:1||MUTANT SUPEROXIDEDISMUTASE:1||DISC1, MAM, mitochondria, Ca2+, IP3R1, oxidative stress:1||ATF4:1||PDE4D:1||Schizophrenia:1||INCREASED EXPRESSION:1||MICROARRAY ANALYSIS:1||cytoskeleton:1||NEURONAL MIGRATION:1||CORTICALNEURONS:1||BRAIN:1||TSPAN7 protein, human:1||Nerve Tissue Proteins:1||DROSOPHILAMELANOGASTER:1||sleep:1||rest:1||SLEEP:1||MUTANTS:1||NOREPINEPHRINETRANSPORTER:1||TYRAMINE:1||AXONALTRANSPORT:1||INOSITOL 1,4,5TRISPHOSPHATE RECEPTORS:1||MITOCHONDRIA:1||SCHIZOPHRENIA 1 DISC1:1||PROGENITOR PROLIFERATION:1||SPLICE VARIANTS:1||Ndel1:1||neurological diseases:1||MARIETOOTHDISEASE:1||unclassified drug:1||HEK293 cell line:1||immunocytochemistry:1||regulatory mechanism:1||surface property:1||physiology:1||Humans:1||Protein Isoforms:1||dopamine transporter:1||COCAINE SENSITIZATION:1||SEROTONIN TRANSPORTER:1||SUBSTRATE:1||HUNTINGTONSDISEASE:1||MOBILIZATION:1||INTERACTS:1||CAMPSPECIFIC PHOSPHODIESTERASES:1||UPREGULATION:1||COMPLEXI SUBUNITS:1||molecular cellular biology:1||NEURITE OUTGROWTH:1||endosome:1||isoprotein:1||cellular distribution:1||human:1||protein localization:1||metabolism:1||Protein Transport:1||CIRCADIANRHYTHMS:1||AMYOTROPHICLATERALSCLEROSIS:1||microglia:1||PHOSPHORYLATION:1||ADULT BRAIN:1||BRAINS:1||cell signaling:1||MOLECULARMECHANISMS:1||DENDRITIC SPINES:1||BINDING:1||mitogen activated protein kinase 1:1||nerve protein:1||protein transport:1||arousal:1||BEHAVIORALRESPONSES:1||MOLECULARCLONING:1||EXPRESSION:1||RECEPTOR:1||ANTIDEPRESSANT:1||phagocytosis:1||MUTANT MICE:1||KNOCKDOWN:1||PDE4D GENE:1||BIPOLAR DISORDER:1||PREFRONTAL CORTEX:1||COCAINE REWARD:1||DRD2 protein, human:1||cell migration:1||controlled study:1||human cell:1||protein expression:1||quantitative analysis:1||Animals:1||Drosophila:1||TRANSPORTER:1||GENE:1||NEURONAL DEGENERATION:1||ELEMENTBINDING PROTEIN:1||MAJOR DEPRESSION:1||hypoxiainducible factor1 alpha (HIF1 alpha):1||stroke:1||

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