BrainWorks: Kim, Hyung-Jun

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Kim, Hyung-Jun (김형준)

연구본부 (치매 연구그룹)

Research Area: 초파리 유전학, 신경퇴행성 질환, 신경-신경교세포 상호 작용, Drosophila genetics, Neurodegenerative Diseases, Neuron-glia interaction

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Drosophila:9||amyotrophic lateral sclerosis:7||TDP43:5||Amyotrophic lateral sclerosis:4||mitochondrial dysfunction:3||ALS:3||microglia:3||ubiquitinproteasome system:3||Neurodegenerative disease:2||neuroinflammation:2||prothrombin kringle2:2||Neuroinflammation:2||PTK2:2||tissue clearing:2||Mitochondrial dynamics:2||Hippocampus:2||Alzheimer's disease:2||glia:2||Astrocyte:2||light sheet fluorescence microscopy:2||oxidative stress:2||p62:2||neurodegeneration:2||Neurodegeneration:2||TAF15:2||FUS:2||Drosophila melanogaster:1||Edaravone:1||endoplasmic reticulum stress:1||endoplasmic reticulum stress (ER Stress):1||Epilepsy:1||ERBB4 N706D:1||Erk:1||FAK:1||fast confocal microscopy:1||fruit fly:1||GDNF Neuroprotection:1||genetic interaction:1||geomagnetic field:1||glutathione Stransferase (GST):1||Glutathione transferase omega:1||Granule cell dispersion:1||GSK3&:1||GSK3 beta:1||hippocampus:1||histone deacetylase 6:1||HSP60:1||Hydrogen peroxide:1||Kainic acid:1||lithium chloride:1||low viscosity:1||magnetic imprinting:1||magnetoreception:1||MAPK pathway:1||MAPT:1||MARK4/PAR1:1||MEK5:1||MFN2/Marf:1||MG132:1||Microglia:1||Misfolded protein aggregates:1||mitochondria:1||Mitochondria! dynamics regulatory proteins:1||mitochondrial dysfuncion:1||Mitochondrial dysfunction:1||molecular imaging:1||Motor coordination:1||Motor deficiency:1||motor neuron:1||motor neuron disease:1||NEDD8:1||neurodegenerative disease:1||neurodegenerative diseases:1||neuron:1||Neuronal cell:1||neuron coculture:1||Neuroprotection:1||Neurotoxicity:1||Next generation sequencing:1||nigrostriatal dopaminergic system:1||NMJ:1||noncell autonomous:1||Oxidative stress:1||p38 MAP kinase:1||PAR1:1||parkin:1||Parkin:1||Plionlike phenomena:1||Pod1:1||Protein tyrosine phosphatase 1B:1||Prothrombin kringle2:1||Pseudomonas aeruginosa:1||reactive oxygen species (ROS):1||refractive index matching solution:1||Rheb(S16H):1||rotenone:1||Safety:1||s disease:1||silibinin:1||Silibinin:1||simple immersion:1||SIRT3:1||SOD1:1||SQSTM1:1||Striatum:1||Synaptic defect:1||TARDBP:1||tar DNAbinding protein 43:1||Tar DNAbinding protein 43:1||TAR DNAbinding protein 43:1||Tau:1||Taumediated synaptic toxicity:1||therapeutic target:1||threedimensional mouse brain imaging:1||Tolllike receptor 4:1||transactive response DNAbinding protein43 (TDP43):1||transgenerational inheritance:1||Ubiquitination:1||ubiquitin proteasome system:1||#946:1||unfolded protein response:1||Adverse effect:1||aging:1||alphasynuclein:1||ALS (Amyotrophic lateral sclerosis):1||Alzheimer&apos:1||amyotrophic lateral sclerosis (ALS):1||astrocyte:1||astrocytes:1||Astrocytes:1||autophagy:1||autophagylysosome pathway:1||Autophagylysosome pathway:1||bloodbrain barrier:1||Caenorhabditis elegans:1||catechol:1||COP9 signalosome:1||Cullin:1||deep brain tissue:1||DEN1:1||Developmentally regulated GTPbinding protein 2 (DRG2):1||dietary restriction:1||DNA/RNABinding protein:1||Dopamine release:1||Dopaminergic neuron:1||Dopaminergic neurons:1||

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