ScholarWorks@SOONCHUNHYANG UNIVERSITY: Lee, Sang han

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Lee, Sang han (이상한)

College of Medicine (Department of Biochemistry)

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Apoptosis:12||Reactive oxygen species:7||Nrf2:7||apoptosis:7||p53:6||Clofarabine:5||Resveratrol:5||Mesothelioma:5||Prostate cancer:4||Necroptosis:4||Chemoresistance:3||Malignant mesothelioma:3||Sulforaphane:3||NFE2related factor 2:3||ROS:3||Arctigenin:3||Cyr61:3||Nacetylcysteine:3||quercetin:2||Urinary bladder neoplasms:2||12Otetradecanoylphorbol13acetate:2||Akt:2||Extracellular acidity:2||Cell line:2||cisplatin:2||Antioxidants:2||Gene silencing:2||Oxidative stress:2||Mcl1:2||malignant mesothelioma:2||mesothelioma:2||PI3K/Akt:2||Cadmium:2||necroptosis:2||Melanoma:2||Cisplatin:2||Heme oxygenase1:2||Transforming growth factor beta:2||Heat shock protein 70:1||Heme Oxygenase1:1||Hepatitis A virus:1||Hepatocyte growth factor (HGF):1||Immunochromatographic assay:1||Immunohistochemical Staining:1||Keloid:1||LY294002:1||Lactic acid:1||Lead:1||MSTO211H:1||Malignant:1||MeT5A:1||Microarray analysis:1||Microwave:1||Migration:1||Mitochondrial membrane potential:1||Morin:1||Mycobacterium:1||Mycobacterium tuberculosis:1||Nasal Polyp:1||Nasal epithelium:1||Nickel(II) acetate:1||Norovirus:1||Oxidative Stress:1||Oxidative damage:1||PCR:1||PI3k:1||Peptide nucleic acids:1||Peptidyl cis/trans prolyl isomerase:1||Pifithrinmu:1||Polymorphism:1||Posttranslational modification:1||Prooxidant:1||Proliferation:1||Prostate cancers:1||Psoriasis:1||Quercetin:1||RPMI 2650 Cells:1||RPMI2650 cells:1||RUNX3:1||Reactive Oxygen Species:1||Recombinant chimera protein:1||Resveratol:1||Ribosomal S6 kinase 2:1||Rotavirus:1||Sensitivity:1||Skin:1||Skin cancers:1||Skin neoplasms:1||Sp1:1||Specificity:1||Specificity protein 1:1||Synergistic cytotoxicity:1||Tissue Fixation:1||Tumorigenesis:1||antiprotein kinase B:1||anticancer:1||apigenin:1||autophagy:1||cMet:1||cMet expression:1||cariporide:1||cell transformation:1||chemoresistance:1||chondrocytes:1||diabetes:1||docetaxel:1||gene silencing:1||human malignant pleural mesothelioma:1||hyaluronan:1||intraarticular injection:1||invasion:1||juglone:1||lactic acid:1||lidocaine:1||migration:1||mitochondria:1||osteoarthritis:1||oxidative damage:1||oxidative stress:1||pAkt:1||phosphatidylinositol3kinase:1||phosphoinositol 3kinase:1||prostate carcinoma:1||reactive oxygen species:1||resveratrol:1||specificity protein 1:1||sulforaphane:1||AKR1C3:1||ATP:1||Acetylcysteine:1||Acute Lung Injury:1||Angiotensin converting enzyme:1||Antigens, CD82:1||Antioxidant protein:1||Apigenin:1||Apoptotic cell death:1||Autophagy:1||BCL2:1||BEAS2B Cells:1||BEAS2B cells:1||BclxL:1||Blood pressure:1||CCN1:1||Caspase3:1||Cell Viability:1||Cell survival:1||Chemopotentiator:1||Chemosensitivity:1||Colorectal neoplasms:1||Cytohesin2 Is Upregulated in Malignant Melanoma andContributes to Tumor Growth:1||DMF:1||DNA damage:1||Dexamethasone:1||Diabetes mellitus:1||Dock180:1||E staining:1||ERK1/2:1||Elmo1:1||Epithelialmesenchymal transition:1||Estrogen Receptoralpha:1||Formalin:1||G2/M arrest:1||Gene expression:1||H &:1||

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(31538) 22, Soonchunhyang-ro, Asan-si, Chungcheongnam-do, Republic of Korea+82-41-530-1114

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