ScholarWorks@Korea University: BAIK, JA HYUN

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BAIK, JA HYUN (백자현)

Department of Life Sciences

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Tel 3455
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Dopamine:4||ERK:3||optogenetics:3||drug addiction:3||dopamine receptor:3||cocaine:3||medium spiny neurons:2||Addiction:2||Dopamine receptor:2||Food reward:2||s disease:2||Alzheimer&apos:2||apoptosis:2||lung cancer:2||Hypothalamus:2||dopamine D2 receptors:2||Feeding behavior:2||glycosylation:1||miR195:1||GABA:1||Sensitization:1||dopamine:1||CDK inhibitor:1||clomipramine:1||melanocortin:1||Obesity:1||Dopamine dysregulation syndrome:1||SMURF2:1||Myelin:1||Capillary electrophoresis with laserinduced fluorescence:1||ADAMTS:1||Epidermal Growth Factor Receptor (EGFR):1||Baclofen:1||Olanzapine:1||Risperidone:1||Ziprasidone:1||Striatalenriched protein tyrosine phosphatase (STEP):1||Tyrosine phosphorylation:1||melanocortin 4 receptor:1||constitutive activity:1||intracellular loop:1||Homeostasis:1||Tyrosine hydroxylase:1||bridging collaterals:1||stress:1||Transforming growth factor (TGF)beta:1||tau aggregation:1||Oligodendrocyte:1||SMAD4:1||miR23a:1||ADAM:1||Oxime derivatives:1||Schizophrenia:1||calcium:1||Signal transduction:1||G protein:1||obesity:1||Central amygdala:1||hepatocellular carcinoma:1||Pluronic block copolymer:1||AntimiRNA oligonucleotide:1||Reward circuit:1||Cocaine:1||AMPA receptor phosphorylation:1||Dopamine Receptors:1||LType Ca2+ channels:1||Dopamine D2 receptor:1||Atypical antipsychotic drugs:1||Body weight gain:1||Reward:1||Vesicular monoamine transporter:1||transcriptomics:1||proteomics:1||basal ganglia:1||central amygdala:1||neural circuit:1||Bloodbrain barrier:1||Neuroprotection:1||Traumatic brain injury:1||CD133:1||miRNA:1||Signal Transduction:1||stress response:1||Wholecell patchclamp:1||Bed nucleus of the stria terminalis:1||C. elegans:1||tau acetylation:1||Prominin1:1||miR27a:1||TGF:1||Hippocampal neurons:1||Dendritic spine:1||XAF1:1||Mitochondrial permeability transition pore (mPTP):1||Pharmacokinetics:1||Intracellular Ca2+:1||miR497:1||histone deacetylase inhibitor:1||impulsivity:1||SMAD2:1||food reward:1||Dopaminergic Neuron Development:1||differentiation:1||Major depression:1||social defeat stress:1||nucleus accumbens:1||Dopaminergic neuron:1||Development:1||mutation:1||carboxylesterase 1:1||globus pallidus:1||Methylene blue:1||Striatum:1||reward circuit:1||ubiquitin ligase:1||Amyloid beta:1||addiction:1||behavioral sensitization:1||MAPK:1||Parkinson’s disease:1||

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