ScholarWorks@Gachon: Jun, Hee Sook

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Jun, Hee Sook (전희숙)

Pharmacy (Dept.of Pharmacy)

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Tel 032-899-6056
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Type 2 diabetes:10||Diabetes:6||diabetic nephropathy:5||Oxidative stress:5||Apoptosis:5||Seaweed:4||Diabetic nephropathy:4||Aging:4||Proliferation:4||diabetes:4||glucagonlike peptide1:4||Exendin4:4||seed:3||Type 1 diabetes:3||oxidative stress:3||Psoralea corylifolia L:3||betacell:3||Lipogenesis:3||lipotoxicity:2||pyroptosis:2||reactive oxygen species:2||Taurine:2||NOD mice:2||Gluconeogenesis:2||s syndrome:2||lysophosphatidic acid (LPA):2||Loliolus beka:2||IL17:2||ChREBP:2||sphingosine kinase:2||Insulin:2||medicinal chemistry:2||Lysophosphatidic acid:2||PEPCK:2||mesenchymal stem cell:2||Lysophosphatidic acid (LPA):2||INS1 cell:2||type 1 diabetes:2||type 2 diabetes:2||advanced glycation end products:2||Insulin resistance:2||βcell:2||muscle atrophy:2||apoptosis:2||Chronic kidney disease:2||Betacell:2||Keratinocyte:2||Ki16425:2||Cytokine:2||hepatic steatosis:2||ER stress:2||Sjogren&apos:2||Glucagonlike peptide1:2||Polyphenol:2||Betacell proliferation:2||pancreatic betacell:2||insulin secretion:2||Stem cells:2||Muscle atrophy:2||NAFLD:2||derivative:2||Inflammation:2||Experimental autoimmune encephalomyelitis:1||EzH2:1||FTY720:1||Fibrosis:1||Fish immunology:1||Food restriction:1||Free fatty acid:1||FriedelCrafts reaction:1||G6Pase:1||GLP1:1||GLP1R agonists:1||Ginseng berry:1||Glucagon like peptide1:1||Glucagon receptor antagonist:1||Glucagonlike peptide 1:1||Glucagonlike peptide 1 receptor:1||Glucocorticoid:1||Glucocorticoid receptor:1||Glucokinase activator:1||Glucose:1||Glucoseresponsive element:1||Glucotoxicity:1||Glut1:1||Glycation:1||Gomisin G:1||Green ginseng berry:1||HNF4?:1||HNF4 alpha:1||Hepatic steatosis:1||Hepatic stellate cells:1||Homoisoflavonoid:1||Hypoxia:1||IL6:1||INS1 cells:1||ITO electrode:1||Immune response:1||Immunity:1||Immunology and Microbiology Section:1||Impedance:1||Impedance Spectroscopy:1||Impedance spectroscopy:1||Incretin hormone:1||Indium tin oxide:1||Indium tin oxide electrode:1||Inflammatory cytokines:1||Inflammatory signalling:1||Inhibitor:1||Insulin gene therapy:1||Insulin sensitivity:1||InsulinProducing Cells:1||Interleukin6:1||KD025:1||Korean Ginseng:1||Kruppellike factor 5:1||LPA:1||Lipid uptake:1||Lipogenic genes:1||Liquiritigenin:1||Liriope platyphylla:1||Liver fibrosis:1||Liverspecific promoter:1||Loliolus beka meat:1||Long noncoding RNAs:1||Lycopene:1||Lysophosphatidic acid receptor 1:1||M1:1||M2 macrophage:1||MRI:1||MRS:1||Mesangial cells:1||Metabolic Parameters:1||Metabolic disease:1||Methylglyoxal:1||Microdisk:1||MicroRNAs:1||Microglia:1||Mitochondria biogenesis:1||Mitochondrial function:1||Muscle strength:1||NADdependent protein:1||NLRP3 inflammasome:1||Neointima:1||Nonobese diabetic mice:1||Nrf2:1||Nrf2 signaling:1||Octopus ocellatus:1||Octopus ocellatus meat:1||PF543:1||PGAM1:1||Palmitate:1||Panax ginseng:1||Panax ginsneg:1||Panax quinquefolius:1||Pancreatic beta cell:1||Pancreatic islet:1||Parylene:1||PeriosteumDerived Stem Cells:1||Phenylpyrimidine:1||Phloroglucinol:1||Pluripotent adult stem cells:1||Polysiphonia japonica:1||Portulaca oleracea:1||Protein degradation:1||Protein synthesis:1||Psoralea corylifolia:1||Psoralea corylifolia L. seed:1||Psoralea corylifolia L. seed (PCS):1||Psoriasis:1||Quality control:1||ROCK:1||Reactive oxidative stress:1||Reactive oxygen species:1||Red ginseng berry:1||Reduced graphene oxide:1||Regenerative medicine:1||Renin–angiotensin–aldosterone system:1||Rhoassociated kinase:1||SLx2119:1||SREBP1c:1||STAT3:1||Sargassum thunbergii:1||Schisandra chinensis:1||Schisandra chinensis extract:1||Schisandrae chinensis Fructus:1||Schisandrin A:1||Secreted frizzledrelated protein 5:1||Silver nanoflower:1||Skeletal muscle atrophy:1||Smad4:1||Smurf2:1||Sodium metaarsenite:1||Software lockin amplifier:1||Stem Cells:1||Streptozotocininduced diabetic mice:1||Subcutaneous construct:1||Synthetic promoter:1||TGFbeta:1||TGFβ:1||TMPA:1||Transparent Electrode:1||Transplantation:1||UCP1:1||Urinederived stem cell:1||Vascular calcification:1||Vascular disease:1||Winglessrelated integration site:1||Zebrafish diabetic model:1||acute kidney injury:1||adipogenesis:1||adiposederived stem cells:1||aging:1||alkylation:1||alpha cell:1||anticancer:1||atrophic protein:1||autophagy:1||bavachin:1||beta cell:1||beta cell apoptosis:1||betacellspecific Smad4knockout mice:1||betacellulin:1||biphenyl:1||body weight:1||cell therapy:1||cholesterol:1||chronic kidney injury:1||cluster cultures:1||colorectal cancer:1||compound 19e:1||cytokine:1||cytosporones:1||db/db mice:1||deacetylase sirtuin1:1||differentiation:1||differentiation of insulin producing cell:1||dipeptidyl peptidase 4:1||disuse muscle atrophy:1||dulaglutide:1||electric cellsubstrate impedance sensing:1||energy expenditure:1||epithelialmesenchymal transition:1||extracellular matrix (ECM):1||fat oxidation:1||fatty acid:1||fatty liver:1||fibroblast growth factor 21:1||fibrosis:1||glucagon:1||glucagon receptor antagonist:1||glucagonlike peptide1 (GLP1):1||glucagonlike peptide1 receptor agonist:1||glucokinase activator:1||gluconeogenesis:1||glucosamine:1||glucose metabolism:1||glucose tolerance:1||glucotoxicity:1||glyoxalase1:1||heat shock protein 72:1||hepatic insulin resistance:1||hepatic stellate cell:1||highfat dietinduced obesity:1||human adiposederived stem cells (hADSCs):1||inflammation:1||inflammatory cytokine:1||inflammatory response:1||infrequent feeding:1||inhibitor:1||insulinlike growth factorbinding protein 5:1||insulinproducing cells:1||insulinproducing cells (IPCs):1||insulinsecreting cells:1||islet:1||islet mass:1||labelfree:1||lipid metabolism:1||lipogenesis:1||lipopolysaccharide:1||liraglutide:1||liver:1||liver fibrosis:1||local or systemic treatment:1||lysophosphatidic acid:1||lysophosphatidic acid receptor:1||lysophosphatidic acid receptor 1:1||magnetic resonance imaging:1||mechanisms:1||mesangial cell:1||mesangial cells:1||mesangial expansion:1||metabolic disease:1||microRNA181c:1||mitochondrial biogenesis:1||mitochondrial dynamics:1||mitophagy:1||muscle:1||muscle cell conditioned media:1||muscle protein degradation:1||muscle strength:1||muscle wasting:1||muscular contraction:1||myoblast differentiation:1||myocytes:1||myogenic differentiation:1||myokines:1||nelumbo nucifera:1||nitric oxide:1||noninvasive imaging:1||nonalcoholic fatty liver disease:1||obesity:1||octaketides:1||optic atrophy1:1||optical imaging:1||pancreas:1||pancreatic islet:1||pancreatic islet transplantation:1||pancreatic αcell:1||pancreatic βcell:1||paracrine effect:1||periosteumderived progenitor cell:1||phosphoproteome:1||phosphoproteomics:1||podocyte:1||positron emission tomography:1||protein degradation:1||protein phosphatase 2A:1||realtime:1||receptor agonist:1||regeneration:1||renal apoptosis:1||renal fibrosis:1||sarcopenia:1||seaweed:1||skeletal muscle mass:1||smad4:1||stem cell secretome:1||streptozotocininduced diabetic mice:1||stress:1||sulfonamide:1||tonsil:1||transforming growth factorbeta:1||transforming growth factorbeta (TGFbeta):1||transplantation:1||type 2 diabetes mellitus:1||urinederived stem cell:1||wound healing:1||βcell cytotoxicity:1||βcell death:1||βcell dedifferentiation:1||11 betahydroxysteroid dehydrogenase type 1:1||βcell loss:1||3D bioprinting:1||5bromoprotocatechualdehyde:1||ADSCs:1||AGEs:1||AKT:1||AM095:1||AMPK alpha:1||Adipose tissue:1||Adipose tissue macrophage:1||Adiposederived stem cells:1||Aerobic glycolysis:1||Ageing:1||Allomyrina dichotoma larva:1||American Ginseng:1||Angiogenesis:1||Angiotensin converting enzyme2:1||Antiapoptosis:1||Antiinflammatory:1||Antiinflammatory effect:1||Antioxidative effect:1||Antioxidant:1||Atherosclerosis:1||Autoimmune:1||Autotaxin:1||Bavachin:1||Bbt877:1||Beta cell:1||Beta cell regeneration:1||Beta cells:1||Betacellulin:1||Body Temperature:1||Broussonetia kazinoki Siebold fruit extract:1||C/EBP beta:1||C2C12 cells:1||Calcineurin B1:1||Cell morphology:1||Cell viability assay:1||CellElectrode Interface:1||Cellcycle:1||Coronavirus SARSCoV2:1||Cytokines:1||Cytotoxicity:1||DAQ:1||Dexamethasone:1||Diabetes complications:1||Diabetes mellitus:1||Diabetic complication:1||Diabetic wound:1||Dielectric spectroscopy:1||Differentiation:1||Differentiation of insulin producing cell:1||Diolginsenosides:1||Dipeptidyl peptidase4:1||Disuse muscle atrophy:1||Duchenne muscular dystrophy:1||Ecklonia cava:1||Egr1:1||Electric cellsubstrate impedance sensing:1||Endoplasmic reticulum stress:1||ErbB receptor:1||Exenatide:1||

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1342, Seongnam-daero, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea(13120)031-750-5114

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