ScholarWorks@Korea University: Lee, Dong ho

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Lee, Dong ho (이동호)

Graduate School (Department of Plant Biotechnology)

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Tel 02-3290-3017
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Molecular docking:18||iNOS:8||Nitric oxide:8||Asteraceae:7||Diterpenoids:6||Cudrania tricuspidata:6||Nitric oxide production inhibitor:6||Casearia kurzii:5||NO inhibitory effects:5||Apoptosis:5||NO inhibitors:5||Cell cycle:5||Clerodane diterpenoids:5||Neuroprotection:5||NO inhibitory activities:4||Fabaceae:4||Inflammation:4||Betaamyloid:4||Metabolite profiling:4||Zebrafish model:4||Cytotoxic activities:4||Moraceae:4||Lipid metabolism:4||PC12 cells:4||apoptosis:3||cytotoxicity:3||6OHDA:3||ovarian cancer:3||Antineuroinflammatory:3||Phenolic compounds:3||Nitric oxide inhibitor:3||iodixanol:3||Valerianaceae:3||Maclura tricuspidata:3||Melanogenesis inhibitor:3||Callistemon lanceolatus:3||Orchidaceae:3||Rhus verniciflua stokes:3||Iridoids:3||Antiinflammation:3||Arabidopsis:2||Surface plasmon resonance:2||GCMS:2||Calcium influx:2||Bletilla striata:2||Gastrodia elata:2||Oxygenglucose deprivation:2||geldanamycin:2||Bibenzyl:2||PTP1B:2||Petasites japonicus:2||Platycodon grandiflorum:2||Ursolic acid:2||Method validation:2||Principal component analysis:2||ROS:2||biosynthesis:2||Antioxidant:2||molecular docking:2||Withanolides:2||Tussilago farfara:2||Streptomyces:2||NO:2||Inula japonica:2||Sesquiterpenoids:2||NADPH oxidase:2||Capsicum annuum:2||Callicarpa kwangtungensis:2||Alkaloids:2||fisetin:2||Leguminosae:2||betaamyloid:2||Ketocarotenoids:2||Sesquiterpenes:2||Circular dichroism:2||Umbelliferae:2||Molecular networking:2||Cytotoxicity:2||antioxidant:2||gentisyl alcohol:2||inflammation:2||NFkappa B:2||HPLC:2||Fusarium wilt:2||Hsp90 inhibitor:2||Myrtaceae:2||contrast agent:2||Verbenaceae:2||TDDFT ECD calculations:2||Flavonoids:2||Hepatocyte:2||Panax ginseng:2||Estrogenic activity:2||Rhizopus rot:1||alphaglucosidase:1||Iridoid:1||Coix lachrymajobi var:1||4 'Omethylalpinumisoflavone:1||sideroxylin:1||Pregnane glycosides:1||Quality assurance:1||Spiro diterpenoid:1||Polycyclic phloroglucinol:1||ECD:1||vibrational circular dicbroism:1||2Benzyl2,3dihydroxybenzofuran:1||Dimeric sesquiterpene:1||Anthocyanins:1||Osmotic stress:1||Abietane diterpenoids:1||proinflammatory cytokine:1||endothelial cell dysfunction:1||Bile acid biosynthesis:1||anthocyanin:1||Sophora alopecuroides L.:1||Piscroside C:1||Syk:1||Pterocarpan:1||Autophagy:1||LC/QTOFMS:1||Deapiplatycodin:1||Validation:1||Quality control:1||PPARs:1||Chanterelle:1||Belamcanda chinensis:1||LXR modulator:1||Lespedeza:1||Bisabolanetype sesquiterpenoid:1||chromoplast:1||Antagonistic bacteria:1||Mori Cortex radicis:1||dopamine:1||Ginseng:1||Antioxidant activity:1||Thrombus formation:1||Myristica fragrans:1||age discrimination:1||Salaceyin:1||Eragrostis ferruginea:1||Poaceae:1||delphinidin:1||calcium influx:1||NO production inhibitor:1||H1 NMR spectroscopy:1||meroterpenoids:1||Spiroditerpenoid:1||Carotenoid:1||antioxidant activity:1||Crop:1||antidepressants:1||Synthetic biology:1||Neuroprotective effect:1||Acremonium sp:1||Basidiomycete:1||Dihydrophenantrene:1||GABA:1||Parkinson ?s disease:1||Celastrus orbiculatus:1||Arctic marinederived fungus:1||Androgen receptor:1||PDL1:1||Antitumor:1||moriniafungin:1||Setosphaeria rostrata:1||Antiinflammatory potency:1||Antiinflammatory properties:1||Zebrafish xenograft model:1||Monocytes:1||Macrophages:1||benzoxazinoid:1||FaDu human hypopharynx squamous carcinoma cell:1||2Quinolone alkaloid:1||Glycopentanolone:1||Trigonostemon heterophyllus:1||caspase3:1||ecological role:1||Sesquiterpenes dimer:1||Cynanchum atratum:1||Agastache rugosa:1||Oxygenglucose deprivation/reoxygenation plus glucose:1||Trigonostemon howii:1||Platycodi Radix:1||Inhibition of NO production:1||Proteasome activity:1||Nitric oxide production:1||oxygenglucose deprivation/reoxygenation:1||ECD calculations:1||canthinone type alkaloids:1||Rhus verniciflua Stokes:1||Capsosiphon fulvescens:1||advanced glycation end product:1||Liver X receptor alpha (LXR alpha):1||flavonols:1||Flavonostilbenes:1||geranylated flavanone:1||sulfuretin:1||Reporter gene assay:1||Chemical marker:1||Metabolite selection:1||Estrogen metabolism:1||Vitex rotundifolia:1||Betaine:1||Dalbergia odorifera:1||NFkappa Bluciferase assay:1||Peroxisome proliferatoractivated receptor (PPAR)gamma agonist:1||Peroxisome proliferator receptor:1||natural pigment:1||alphasynuclein:1||Oligostilbenes:1||Morusinol:1||HCA:1||DA:1||MTT:1||Pyrrolidinone diterpenoid:1||ATPase inhibitor:1||Neoagarobiose:1||Drynaria fortunei Smith:1||traditional oriental herbal medicines:1||Betulinic acid 3Ocaffeate:1||natural products:1||Tau phosphorylation:1||Piperaceae:1||monoamine oxidase inhibitor:1||Ketoxanthophylls:1||Reciprocal crosses:1||NAcetyldopamine derivative:1||Maclura tricuspidata fruit:1||tryptamine:1||Daptomycin:1||DU145 prostate cancer cell:1||citromycin:1||Sporothrix sp:1||Cudraisoflavone J:1||Dihydro3agarofuran sesquiterpenes:1||Simplicillium lamellicola:1||Fusidanetype nortriterpenoids:1||Halophiles:1||Halotolerance:1||Vascular endothelial growth factor recept or 2:1||Zebrafish:1||Colletotrichum sp.:1||Euphane triterpenoids:1||27Hydroxycholesterol:1||Patrinia scabra:1||Patriscabrin:1||Dendrobii Herba:1||2,7dihydroxyphenanthrene1,4dione:1||Glycosmis pentaphylla:1||biological control:1||Callicarpa nudiflora:1||Acacetin derivatives:1||Trichoderma albolutescens:1||trichothecene:1||Orobol derivatives:1||Polyubiquitination:1||neuroprotection:1||Brucea javanica:1||Echinops latifolius:1||Antiinflammatory:1||nitric oxide:1||Chroman:1||Angelica keiskei:1||vasoconstriction:1||calcium signaling:1||Signal transduction:1||sesquiterpenoid:1||Zabelia tyaihyonii:1||flavonoids:1||nitric oxide inhibitor:1||Human neuroblastoma SHSY5Y:1||Antiproliferative effect:1||biological control agents:1||ophiostomatoid fungi:1||UPLCQTOF MS:1||EBV:1||KSHV:1||Morus:1||Isoflavonoid:1||Daphnanetype diterpene:1||Acetylenic acid:1||Cholesterol:1||Catalposide:1||Saccharophagus degradans:1||ketocarotenoid:1||moracenin D:1||Nurr1:1||Caragana sinica:1||Myristicaceae:1||Phenolic:1||Fusarium oxysporum f.sp lycopersici:1||plant disease control agent:1||7Demethylageconyflavone A:1||Saccharification:1||Streptomyces hygroscopicus:1||Triterpenoids:1||Marine bacterium:1||Hahella chejuensis:1||Geldanamycin:1||methylpiperate:1||peptide antibiotics:1||Penicillium bialowiezense:1||Mantidis ootheca:1||tenoderin:1||P:1||eryngii:1||Dianthus chinensis:1||structure elucidation:1||secondary metabolites:1||Essential amino acids:1||invasion:1||Aucklandia lappa:1||Polyacetylene:1||A new ?pyrone:1||A new tetramic acid derivative:1||Patrinia heterophylla Bunge:1||Curculigo orchioides:1||Chlorophenolic glycosides:1||Chloranthus holostegius var. trichoneurus:1||Antitumor activity:1||Angiogenesis:1||PD1:1||kinetic:1||Cudratrixanthone U:1||TRAF6:1||osteoclast:1||oxidative stress:1||Homotriterpenoid:1||lignan:1||Euphorbia antiquorum:1||Physalis peruviana:1||Cleistanthane diterpenoids:1||Swietenia mahagoni:1||multigene phylogeny:1||tyrosinase inhibition:1||signal transduction:1||Growth stages:1||Anthocyanin:1||Trigonostemon thyrsoideus:1||Daphnane diterpenoids:1||Platycodin D:1||Aspergillus sp.:1||pepper mottle virus:1||Snatzke's method:1||Terpenoids:1||Bletillanol A:1||endoplasmic reticulum stress:1||Pepper mottle virus:1||Trigonostemon chinensis:1||Cassanetype:1||Euphorbia kansui:1||Diterpenoid:1||Ailanthus altissima:1||Quinoline:1||Chalcones:1||Dictabretol A:1||Lymphocyte:1||Rhus verniciflua stokes (RVS):1||Brassica napus:1||mast cell:1||Parkinson's disease:1||Rutaceae:1||antiplatelet:1||6pentylalphapyrone:1||Neolignan:1||Antiviral activity:1||Thymelaeaceae:1||Dual agonist:1||RTPCR:1||flower color:1||Streptomyces miharaensis:1||Mori cortex radicis:1||Agonist:1||Papaver:1||PCA:1||Eupatorium coelestinum:1||Mori Cortex Radicis:1||Phenanthrene:1||4 ',5dihydroxy6,8dimethyl7methoxyflavanone:1||betaAgarase:1||Artemisia princeps:1||antioxidant effect:1||Chaenomeles sinensis Koehne:1||Ephedra sinica Stapf:1||Astragalus membranaceus:1||Caffeic acid:1||Macrocyclic tetraenes:1||Chejuenolides:1||antitumor activity:1||nuclear factor kappa B:1||Metabolic engineering:1||Senna tora:1||biosynthetic gene clusters:1||Chlorophylls:1||Chelidonium majus:1||Celastraceae:1||Steroids:1||Benign prostatic hyperplasia:1||Polyketides:1||Allium cepa skins:1||CCL4:1||Nitric oxide inhibitory effects:1||Ajuga pantantha:1||27hydroxycholesterol:1||Sesquiterpene trimer:1||caspase:1||Artemisia argyi:1||Asclepiadaceae:1||Blumea balsamifera:1||antiviral agent:1||Bletillanol B:1||mulberrofuranG:1||oilseed:1||5,7,3 ',4 'tetrahydroxy6,8diprenylisoflavone:1||Fc epsilon RI:1||Dictamnus dasycarpus:1||Glabretaltype triterpenoid:1||PPAR alpha:1||Apiaceae:1||Dihydropyranocoumarin:1||Anemarrhena asphodeloides:1||BisphenolA:1||Angelicin:1||Furocoumarins:1||Prenylated flavanone:1||Polysaccharide lyase7:1||terpenoid:1||Filipin III:1||NMR:1||Prenylated flavonoids:1||Amorphane sesquiterpene:1||Benzofuran:1||biosynthetic engineering:1||polyenes:1||Isoflavone:1||Compositae:1||betaamyloidinduced neurotoxicity:1||polyketides:1||Canonical discriminant analysis:1||GSK3 beta:1||quassinoid:1||eIF4E:1||Botrytis cinerea:1||Color rice:1||MYBRelated TF:1||MMP2 and MMP9:1||ERK1:1||Sesquiterpene lactone dimer:1||Neopestalotiopsis clavispora:1||Cycloartanetype triterpenoids:1||Poly(3hydroxybutyrate):1||VEGFR2:1||VEGF:1||postharvest disease:1||5/6/10Fused ring system:1||NO inhibition:1||Patrinia heterophylla:1||Lantana camara:1||Reblastatin:1||phenolic compounds:1||mitochondrial dysfunction:1||calcium dysregulation:1||macrophages:1||Secolabdane diterpenoids:1||alphaMSH:1||Scutellaria formosana:1||Middle cerebral artery occlusion/reperfusion:1||PTP1B inhibitors:1||Processing method:1||Antarctic marine:1||Neuroprotective activity:1||2Benzylbenzofuran:1||Flavan3ol:1||middle cerebral artery occlusion/reperfusion:1||Green fluorescent protein:1||Quassinoid:1||Thiophene:1||PAP1:1||Euphorbiaceae:1||simaroubaceae:1||Melicope pteleifolia:1||vascular smooth muscle cells:1||Collagen induced arthritis:1||Capsosiphonaceae:1||Hyperlipidemia:1||Cyp7a1:1||Furanone glucosides:1||Pseudolysimachion rotundum var. subintegrum:1||Cigarette smoke:1||Nrf2/ARE pathway:1||Isoflavones:1||Glucose metabolism:1||butein:1||Estrogen receptor alpha and beta:1||Uterotrophic assay:1||fungal extracts:1||Airway mucin:1||Steroid hormone:1||Hydroxylase:1||Pyrrole alkaloids:1||Cantharellus cibarius:1||Iristectorigenin B:1||LCMS:1||Genotype:1||NMR solvent:1||Nardostachys chinensis:1||Sesquiterpenoid:1||Neurodegenerative disease:1||Platelet aggregation:1||2Arylbenzofurans:1||Lamiaceae:1||GH50:1||Tricyclic geldanamycin analogues:1||Benzylated flavonoid:1||Monoamine oxidase inhibitor:1||polyketide:1||valinomycin:1||factor1:1||Brevione:1||Astaxanthin:1||skin aging:1||TNF&#945:1||Production titer:1||Sprout:1||Hyphodermin:1||Basidioradulum radula:1||genome mining:1||Chloroplasts:1||(Nrf2):1||Heme oxygenase1:1||Physalis minima:1||Cirsium japonicum var. ussuriense:1||alphaGlucosidase inhibitory activity:1||Mutagenesis:1||Polyhydroxyalkanoates:1||Polysaccharide:1||Chloranthaceae:1||Multidrug resistance reversal activity:1||RANKL:1||PGE(2):1||COX2:1||coixlachryside:1||monocytes:1||Cytotoxic activity:1||flavonoid:1||MiroRNAs:1||MAPkinase:1||Dihydrobenzofuran:1||Caesalpinia decapetala:1||Neurite outgrowth:1||Promoting effects on neurite outgrowth:1||Oplopanetype:1||Biflavones:1||Oxidative stress:1||Paulownia coreana:1||Paulowniaceae:1||Catalpa ovata:1||Lycii Fructus:1||ELSD:1||Ombuin3ObetaDglucopyranoside:1||Chemotaxonomic classification:1||ITS:1||AMDIS:1||Hierarchical cluster analysis:1||Alg7d:1||Endotype alginate lyase:1||Angelica koreana:1||Morus alba:1||Antiinflammatory activity:1||metabolomics:1||Isodon excisus:1||Pueraria lobata:1||2(alpha,alphadimethylallyl)coumestrol:1||Dendrobium nobile:1||Sesquiterpene lactone:1||sitedirected mutagenesis:1||Fingerprinting analysis:1||6 alphatigloyloxychaparrinone:1||Tenodera angustipennis:1||Biofortification:1||human dermal fibroblasts:1||alpinumisoflavone:1||Secondary metabolites:1||Biosynthetic gene clusters:1||cytotoxic activity:1||Caryophyllaceae:1||orbitide:1||terpenoids:1||Carotenoids:1||Papaveraceae:1||Nuclear factor erythroid 2related factor 2:1||Melanogenesis:1||Solanaceae:1||Sesquiterpene dimers:1||Casearia graveolens:1||fungal metabolite:1||TAK1:1||antiinflammation:1||Gramineae:1||mayuen:1||(1R,2R)1,7hydroxy2,8methoxy2,3dihydrophenanthrene4(1H)one:1||betahexosaminidase:1||Limonoids:1||MAPKs:1||kidney injury molecule1:1||nephrotoxicity:1||MAPK:1||Flavonoid:1||Flavonol:1||UDPglycosyltransferase 78D1:1||Cleistanthane diterpenoid:1||Hypericum longistylum:1||HPLCELSD:1||Nicotiana benthamiana:1||Flower buds:1||Ophiopogon japonicas:1||9,10secoAbietane diterpenoid:1||Antiviral agent:1||AntiTMV activities:1||ECD calculation:1||pheophorbide a:1||BnFLS:1||5,7Dihydroxychromone:1||Sophora tonkinensis:1||Trichoderma gamsii:1||Glehnia littoralis:1||PlatycodinD(3):1||Urine:1||Diterpene:1||Pattern recognition:1||MHV68:1||Lycium chinense:1||(2S)Pinocembrin:1||Daphne genkwa:1||Ginkgo biloba:1||PPREluciferase assay:1||GAL4PPAR chimera assay:1||trnLtrnF:1||Chemstation:1||apocarotenoid:1||Biofungicides:1||Metabolomics:1||UPLCQTof MS:1||multivariate analysis:1||PPARalpha:1||nonquinone geldanamycin:1||Chlorogenic acid:1||Streptomyces psammoticus:1||strevertenes:1||Cmethylflavonoids:1||Exolytic activity:1||AntiAlzheimer's agent:1||tau hyperphosphorylation:1||HIF1 alpha translation:1||Piper longum:1||plant disease control:1||Psoralea corylifolia:1||hypoxiainducible:1||Antiinflammatory effect:1||mushrooms:1||fungi:1||Naphthopyrone:1||Antarctic fungal metabolites:1||comparative genomics:1||Methylflavan:1||Nitric oxide, tetrahydrocoptisine Noxide:1||2 pathway:1||Nitric oxide inhibitory activities:1||Structure elucidation:1||Trichilia connaroides:1||Meliaceae:1||Multidrug resistance reversal activities:1||Amaryllidaceae:1||Immune activation:1||Biological active polysaccharide:1||

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