BrainWorks: Mun, Ji Young

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Mun, Ji Young (문지영)

연구본부 (신경회로 연구그룹)

Research Area: 세포소기관 구조 기능, 리소좀 질환, 미토콘드리아 질환, Cellular organelles, Lysosomal disorder, mitochondrial disease

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autophagy:6||mitochondria:6||endoplasmic reticulum:5||lysosome:3||Lysosome:3||SCOTIN:3||Mitochondria:2||WDR45:2||ER:2||Lserine:2||membrane contact:2||correlative light and electron microscopy:2||Propionic acid:2||Autophagy:2||autophagic cell death:1||autophagosome maturation:1||betapropeller proteinassociated neurodegeneration:1||bimolecular condensates:1||Biochemistry:1||biomarker:1||Biosensor:1||bladder cancer:1||BPAN:1||calcium:1||calcium concentration:1||Carbon nanotubes:1||casein kinase 2:1||caspase 9:1||catechol:1||Cellular Biology:1||cellular interactions:1||cellular senescence:1||circadian clocks:1||CLEM:1||Constitutive autophagy:1||COPII:1||correlative light and electron microscopy (CLEM):1||corticosterone:1||CP: Microbiology:1||Cryotransmission electron microscopy:1||Der f 38:1||developmental and epileptic encephalopathy66:1||Diabetes:1||DNA repair:1||Double staining with uranyl acetate and lead:1||dynaminrelated protein 1:1||Electrochemical actuator:1||Electron microscope:1||electron microscopy:1||Electron microscopy Autophagic flux CLEM Immunogold CryoEM:1||Endocytosis:1||endoplasmic reticulum exit sites:1||endoplasmic reticulum stress:1||endosome:1||endothelial nitric oxide synthase:1||ERK signaling:1||ERR gamma:1||ER stress:1||ERtoGolgi:1||evolution:1||Exosome:1||extracellular vesicles:1||Extracellular vesicles:1||extracellular vesicles (EVs):1||FKBP8:1||GABARAP:1||glucocorticoid regulated kinase 3:1||Glycogenic hepatopathy:1||GSK3 beta:1||hippocampal neurogenesis:1||house dust mite:1||HRP:1||human dermal fibroblasts:1||human iPSC:1||hyperpigmentation:1||IDP:1||IDR:1||immune response:1||immunostaining:1||imotif DNA:1||interactingheads motif:1||interferon:1||intrinsically disordered region:1||Iron:1||iron overload:1||Issue 131:1||Issue 149:1||keratinocyte:1||Lipid:1||lipid droplet:1||lipid metabolism:1||LIR motif:1||mammalian ATG8:1||MAPK:1||mass spectrometry:1||melanocyte:1||melasma:1||membrane closure:1||membrane contact site:1||membrane protein topology:1||metabolic flux:1||metabolic stress:1||metabolism:1||Microfibers:1||miR135:1||mitochondriaassociated ER membranes:1||mitochondriaassociated membrane (MAM):1||mitochondrial dysfunction:1||mitochondrial fission:1||Mitochondrial function:1||mitochondrial homeostasis:1||Mitochondrial Oxidative Phosphorylation:1||mitophagy:1||Molecular map:1||mosaic multivalent antigens:1||MS:1||muscle:1||myosin II:1||myosin regulation:1||Nanotoxicity:1||negative staining:1||Negative staining:1||neuromyelitis optica (NMO):1||neuron:1||neuronal cell:1||Neuronal cells:1||Nonalcoholic hepatosteatosis:1||Notch signaling:1||NQO1:1||OCR:1||Oxidative stress:1||p32:1||p53:1||P62:1||Pancreatic Acinar Cells:1||Peroxidase:1||phagophore:1||propionic acid:1||propionic acid (PPA):1||Proteasome:1||proximity labeling:1||pyruvate dehydrogenase kinase 4:1||RavZ protein:1||reactive oxygen species:1||Reactive oxygen species:1||Reactive Oxygen Species:1||receptorbinding domain:1||SARSCoV2:1||Scanning electron microscopy:1||seborrheic keratosis:1||selective mATG8PE delipidation:1||selfassembly:1||Sensor:1||septin 2:1||serum:1||SHISA5:1||SHISA5:1||Shortchain fatty acid:1||Spatial polymerization:1||spike:1||Spine density:1||SRPL:1||stress:1||Stress response:1||superresolution microscopy:1||superresolution proximity labeling:1||survival:1||TDP43:1||TLR4:1||Transmission Electron Microscopy:1||Twodimensional classification:1||ultramicrotomy:1||urine:1||virus:1||3D electron microscopy:1||ZNF143:1||3DEM:1||AcinartoDuctal Metaplasia:1||actin:1||actin binding protein:1||allergic inflammation:1||allergy:1||alpha2macroglobulin:1||ALS:1||APEX:1||Array tomography:1||astrocytes:1||ATG3:1||Atg7 knockout:1||

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