ScholarWorks@Gyeongsang National University: Park, Ki Hun

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Park, Ki Hun (박기훈)

대학원 (응용생명과학부)

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Tel 0557721965
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Neuraminidase:10||Flemingia philippinensis:9||Apoptosis:6||apoptosis:6||Bacterial neuraminidase:6||Glycine max:5||Sophora flavescens:5||Broussonetia papyrifera:5||ethylene:4||Glycosidase:4||cytotoxicity:4||Antioxidant:4||Molecular docking:4||Cudrania tricuspidata:4||Artocarpus elasticus:4||ROS:4||Tyrosinase:4||autophagy:3||Alzheimer's disease:3||Angelica keiskei:3||Fluorescence quenching:3||DNA topoisomerase I inhibitor:3||Psoralea corylifolia:3||TSAHC:3||Chalcone:3||alphaGlucosidase:3||tyrosinase:3||PTP1B:3||3CL(pro):3||Morus lhou:3||soybean leaves:3||SARSCoV:3||soybean:3||Competitive inhibitor:3||Human neutrophil elastase:3||Celastrol:3||alphaglucosidase:3||Auriculasin:3||isoflavone:3||bacterial neuraminidase:3||binding affinity:3||Cratoxylum cochinchinense:3||Myristica fragrans:2||Antiinflammation:2||Soybean leaves:2||Allium tuberosum L.:2||Helminthostachys zeylanica:2||Ethephon:2||atherosclerosis:2||NanI:2||Ethylene:2||betasecretase:2||Protein tyrosine phosphatase 1B:2||lignan:2||linoleic acid:2||TM4SF5:2||Human acetylcholinesterase:2||Flavonoid:2||Pterocarpan:2||Timedependent:2||chalcone:2||Timedependent inhibitor:2||melanogenesis:2||Tribulus terrestris:2||Tripterygium regelii:2||αglucosidase inhibitor:2||soy leaf:2||Amorpha fruticosa:2||monophenolase:2||mushroom tyrosinase:2||competitive inhibition:2||UPLCPDAESI/MS:2||Reactive oxygen species:2||MAPK:2||Ovariectomy:2||Dodonaea viscosa:2||daidzein:2||PLpro:2||Inflammation:2||oxidative stress:2||AMPK:2||Xanthone:2||Coumestrol:2||papainlike protease:2||Crystal structure:2||Paulownia tomentosa:2||alphaGlucosidase inhibitor:2||phytochemical:2||enzyme kinetics:2||phytoestrogen:2||Garcinia mangostana:2||Cultivar:2||flavonoid:2||Isoflavones:2||Senescence:2||Cytotoxic activity:2||Phyllostachys bambusoides:2||pterocarpans:2||antiLDL oxidation:2||Plant proteomics:2||Caged xanthones:2||Enzyme kinetics:2||reactive oxygen species:2||Antioxidant activity:2||human leukaemia cells:2||human neutrophil elastase:2||antioxidant activity:2||inhibitors:2||E:1||EDTA:1||ER alpha:1||Eliminative cleavage:1||Enteritis:1||Enzyme fluorescence quenching:1||Enzyme inhibition:1||Enzyme kinetic:1||Epimedium Koreanum Nakai:1||Epimedium koreanum Nakai:1||Epimedokoreanin B:1||EpithelialMesenchymal Transition:1||Epoxide ring opening:1||Escherichia coli:1||Fatty acid oxidation:1||Fe3O4 nanoparticles:1||Flavanone:1||Flavonol:1||Flavonolignans:1||Fleminchalcone:1||Flemingsin:1||Flower:1||Foliar application:1||Furanocoumarins:1||Furanodihydrobenzoxanthone:1||G. hanburyi:1||GOLD molecular docking:1||Gambogoic acid:1||Garcinia:1||Garcinia hanburyi:1||Geranylated flavonoids:1||Germfree:1||Glioma:1||Glycosyl hydrolase:1||Glycyrrhiza uralensis:1||Green preparation:1||Guaianolide:1||Guttiferae:1||H1N1:1||HEK 293:1||HPLCUVD:1||Hepatocarcinoma:1||Host:1||Houttuynia cordata:1||Hsp90:1||Hulumuls lupulus:1||Human acylCoA:cholesterol acyltransferase (hACAT):1||Human breast cancer cells:1||Human neuroblastoma SHSY5Y cells:1||Human neutrophil elastase (HNE):1||Human neutrophil elastase inhibition (HNE):1||Hypericum ascyron:1||INVADOPODIA:1||INVASION:1||Iguesterin:1||Ikonnikovia kaufmanniana:1||Inflammatory cytokine:1||Influenza A viral neuraminidase H3N2:1||Influenza virus:1||Inhibitory mechanism:1||Integrin:1||Integrin beta 1:1||Invasion:1||Isoflavone:1||Isoflavoneenriched soybean leaves (IESLs):1||Isoflavonoid:1||Isoquinoline alkaloid:1||Isotrifoliol:1||K+ channel blocker:1||Kazinol A:1||Kazinol S:1||Kazinol T:1||Kuwanon C:1||LDeoxyaltronojirimycin:1||Ltyrosine:1||LCDADESI/MS:1||LDL oxidation:1||LDLantioxidant:1||Lag time:1||Larval intestine:1||Lavandulyl flavanone:1||Legume seeds:1||Legumes:1||Lespedeza bicolor:1||Lichen metabolites:1||Lignan:1||Limonium michelsonii Lincz.:1||Lipid peroxidation:1||Lithospermum erythrorhizon:1||Liver injury:1||Lowabundance proteins:1||MCF7:1||MD simulation:1||MDCK cell:1||METASTASIS:1||MIGRATION:1||MMP:1||MRM:1||Macrophages:1||Magnolia fargesii:1||Magnoliaceae:1||Melanin:1||Melicope glabra:1||Menopause:1||Metabolomic analysis:1||Metabolomics analysis:1||Methanol extract:1||Microbiota:1||Microenvironment:1||Migration:1||Mixed type I inhibition:1||Molecular modeling:1||Monoamine oxidase inhibition:1||Morus lhou (S:1||Mulberry leaf:1||NF kappa B:1||NFkappa B:1||NMR:1||Nanofunctional materials:1||Neorauflavane:1||Neuraminidase inhibitor:1||Neutrophil elastase:1||Noncompeptitive inhibitors:1||Noncompetitive inhibition:1||Noncompetitive inhibitors:1||Novel chromenones:1||Novel flavonol:1||Nucleophilic addition:1||Nutmeg:1||OGT:1||Odd numbered long chain fatty acid:1||Oil:1||Oligostilbene:1||Oocyte:1||Oxidative stress:1||PLpro inhibitor:1||PTP1B inhibition:1||Paecilomyces japonica:1||Paeonia lactiflora:1||Paulowinia tomentosa:1||Pectin methylesterase (PME):1||Pectin methylesterase inhibitor (PMEI):1||Perilla seed:1||Phenolic compound:1||Phenolic metabolites:1||Phenylephrine (PE):1||Philippin A, B, C:1||Pine tree residue:1||Plant growth:1||Pleurotus eryngii:1||Policosanol:1||Polycyclic polyprenylated acylphloroglucinols:1||Polyethylene glycol:1||Polygonum cuspidatum:1||Polyhydroxylated piperidine:1||Prenylated caged xanthones:1||Prenylated flavone:1||Prenylated flavonoids:1||Prenylated isoflavone:1||Prenylated isoflavonoids:1||Primary prostate cancer:1||Prostate cancer:1||Protamine sulfate:1||Protamine sulfate precipitation method:1||Protein:1||Protein kinase CKII:1||Protein tyrosine phosphatase 1B (PTP1B):1||Proteomics:1||Pteleifolosin C:1||Pteleifolosin E:1||Pterocarpans:1||Pyrolysis:1||Quercetin derivatives:1||Quinonemethide:1||Quinonoid (6R)Dthreodihydrobiopterin:1||Radiation:1||Radiosensitization:1||Residue:1||Resveratrol:1||Review:1||Rhodiola rosea:1||Ring closing metathesis:1||Root hair:1||Rotavirus:1||Roteoid:1||RuBisCO:1||S. indicum:1||SARS:1||SARSCoV 3CL(pro):1||SARSCoV PLpro:1||SREBP:1||Saponin:1||Seed:1||Seed proteome:1||Seed storage proteins:1||Seeds:1||Shikonin:1||Shikonofuran:1||Sialidase:1||Sialidase inhibition:1||Sialometabolism:1||Sialyltransferase:1||Siegesbeckia pubescens Makino:1||Silybum marianum:1||Skin:1||Slowbinding inhibitor:1||Slowbinding inhibitors:1||Sophora flavescens extract:1||Soy leaf:1||Soyasaponin beta g:1||Soybean:1||Soybean leaf:1||Soybean leaves Validation:1||Soybean lipoxygenase:1||Stevioside:1||Structural characterization:1||Sulfonamide chalcone:1||Sulfonate chalcone:1||Sulfonylamino chalcone:1||Synergistic effect:1||TEA:1||TREK2 channel:1||TXNIP:1||Tanshinone:1||Tetrahydrobiopterin:1||Thiosulfinates:1||Tm4SF5:1||Torreya nucifera:1||Transcription factor:1||Tropomyosin:1||Tumor necrosis factorrelated apoptosisinducing ligand:1||Tyrosinase inhibition:1||Tyrosinase inhibitor:1||UPLCPDAQTOFMS:1||Ugonins:1||Uncompetitive inhibition:1||Urinary bladder cancer:1||Usnea Longissimma:1||Usnea longissima:1||Vascular endothelial growth factor receptor 2:1||Vinyl magnesium bromide:1||Visconata:1||Xanthine oxidase:1||Zebrafish:1||acetylcholinesterase:1||acetylcholinesterase (AChE):1||activated sludge process:1||adipogenesis:1||alphaClucosidase:1||alphaHydroxybetaamino acids:1||alphaMangostin:1||alphaMannosidase inhibitor:1||alphaglucosidase inhibitor:1||alphaglucosidases:1||alphahydroxybetaamino acids:1||alphamelanocytestimulating hormone:1||alpharhamnosidase:1||amorphigenin:1||antiTM4SF5:1||antiinflammation:1||antiinflammatory activity:1||antipigmentation:1||antitumor drug:1||antitumorigenic reagent:1||antitumour drug:1||anticancer drug:1||antioxidant:1||antioxidant effect:1||antitumor:1||antitumor drug:1||artoflavone B and αglucosidase inhibition:1||artoindonesianin W:1||asparagine:1||asparagine biosynthesis:1||aspartate aminotransferase:1||bacterial neuraminidase inhibitors:1||barley sprout:1||betamangostin:1||betasecretase inhibition:1||biofilm formation:1||blastocyst:1||brown soybean seed coat:1||butyrylcholinesterase:1||butyrylcholinesterase (BChE):1||cMyc:1||caffeic acid:1||cancer cell death:1||carbinolamide:1||caspase:1||celastrol:1||chalcones:1||cholesterol:1||cholinesterase:1||cholinesterase inhibitors:1||cinnamic amide:1||client proteins:1||clinical trial:1||coagulation process:1||cognition:1||coli:1||colon cancer:1||contact inhibition:1||coronavirus:1||coumestrol:1||cudraflavenone A:1||cutting oil wastewater:1||cysteine protease:1||cytokine:1||depigmentation:1||diabetes mellitus:1||diarylheptanoid:1||dietary isoflavones:1||dihydrobenzoxanthones:1||diphenolase:1||diplacone:1||drug design:1||drug interactions:1||dsRNA:1||electron spin resonance spectroscopy:1||endo H:1||enzyme binding affinity:1||enzyme inhibition:1||enzymes:1||eriodictyol:1||extraction condition:1||fibroblastlike synoviocytes:1||flavonoids:1||fluorescence quenching:1||free amino acids:1||gas chromatography&#8211:1||genistein:1||geranylated flavonoid:1||geranylated isoflavanone:1||glyceollin:1||glycosidase:1||hexacosanol:1||high fat diet:1||high performance liquid chromatography (HPLC):1||human acylCoA : holesterol acytransferase (hACAT):1||human leukemia cells:1||human liver microsomes:1||hydroxyl citric acid:1||inflammation:1||inflammatory response:1||inhibitor:1||insulin sensitivity:1||intramolecular cyclization:1||ion channel:1||iridaltype triterpenoids:1||isoflavone biosynthetic genes:1||isoflavonoid biosynthetic genes:1||isoflavonoids:1||isolation:1||kinetic analysis:1||koreanoside F:1||koreanoside G:1||kurarinol:1||kurarinone:1||lavandulyl flavanone:1||lavandulyl flavonoid:1||lavandulylated flavanone:1||leave:1||ligplot:1||lipoxygenase:1||liver carcinoma:1||liver fibrosis:1||low density lipoprotein oxidation:1||lung cancer cell:1||mangosenone F:1||mangostana:1||mangostenone F:1||mass spectrometry:1||mass spectrometry (GCMS):1||menopause:1||metabolism:1||metabolomicanalysis:1||metabolomics:1||microsomes:1||mitochondrial dysfunction:1||mitogenactivated protein kinase:1||mixed inhibition:1||molecular dynamics simulations:1||molecular modeling:1||natural compounds:1||neuraminidase:1||new xanthones:1||nitric oxide:1||nonalcoholic fatty liver:1||norartocarpetin:1||norkurarinol:1||nuclear factorkappa B:1||obesity:1||oocyte:1||osteoporosis:1||ovariectomy:1||oxazolidin2one:1||oxygen consumption:1||p53:1||paclitaxel pristimerin:1||) Koidz:1||papainlike:1||papainlike protease inhibitor:1||peanut pod:1||pharmacophore model development:1||phenolic metabolites:1||phenolic phytochemicals:1||phenylbenzofuran:1||phytochemical composition:1||phytoestrogens:1||piperidine azasugars:1||polyphenol:1||polyphenolic compounds:1||potassium channel blocker:1||prenylated chalcone:1||prenylated isoflavones:1||protease:1||protein kinese C:1||proteomics:1||puerol A:1||quercetin derivatives:1||quercitrin:1||quinolinones:1||radiation sensitivity:1||radical scavenging activity:1||redox signaling:1||resorcinol:1||rheumatoid arthritis:1||root:1||root of Sophora flavescens:1||rotavirus:1||salicylic acid:1||sepiapterin sidechain releasing activity:1||severe acute respiratory syndrome:1||severe acute respiratory syndrome coronavirus papainlike protease:1||sialidase:1||sialidase inhibitor:1||slowbinding:1||slowbinding competitive inhibitor:1||sophoraflavanone G:1||sorafenib:1||soy plants:1||soybean roots:1||stem barks:1||stereoselectivity:1||structure elucidation:1||structureactivity relationships:1||sulfonamide chalcone:1||sulfonamide chalcone derivatives:1||sulfonate chalcone:1||superoxide radical:1||tetrahydrofuranoid:1||tetraspanin:1||thiosulfinates:1||timedependent:1||timedependent inhibition:1||tolllike receptor 3 (TLR3):1||total phenolic content:1||tp53 mutation:1||transsialidase:1||transcription factor:1||triterpenoid:1||type 2 diabetes:1||tyrosinase inhibitor:1||tyrosinase inhibitory activity:1||ubiquinone9:1||ugonins:1||ultrasonication (US)Fenton oxidation process:1||urea stilbene:1||weightloss:1||white adipose tissue:1||xanthine oxidase:1||xanthine oxidase inhibition:1||xanthone:1||xenografted nude mice:1||xinyi:1||αGlucosidase:1||pancreas:1||1,3Diphenylpropane:1||2,3Dehydrosilybin:1||2MS:1||2DE:1||2vk6:1||3',4',5,7tetrahydroxyflavone:1||5,7dihydroxychromone:1||6Acetonyl5,6dihydrosanguinarine:1||6carboxytetrahydropterin synthase:1||6pyruvoyltetrahydropterin synthase:1||8acetoxy4,10dihydroxy2,11(13)guaiadiene12,6olide:1||A(1,3) strain:1||ABA:1||ABTS:1||ACC:1||AES:1||Abundant protein:1||Acetylcholinesterase:1||Adhesion:1||Adsorption:1||Alkylated chalcone:1||Alkylated flavones:1||Alkylated xanthones:1||Alnus japonica:1||Alzheimer's disease (AD):1||Amentoflavone:1||Amorpha fruticosa L:1||Angelica acutiloba:1||Angiogenesis:1||Angiotensin I converting enzyme:1||Anthocyanin:1||Anthraquinone glucosides:1||Anticancer:1||Antiinfluenza:1||Antineuraminidase agents:1||Antiobesity:1||Antibiofilm:1||Antihyperglycemic:1||Antioxidant enzyme:1||Asn synthetase:1||Azasugars:1||B. chinensis:1||B16BL6:1||BACE1:1||BACE1:1||Biflavonoid:1||Binding affinity:1||Biochar:1||Biofilm:1||Bovine embryo:1||Brassica campestris:1||Broussonetia kazinoki:1||Butein:1||Butylcholinesterase:1||Butyrylcholinesterase:1||CCl4mediated liver injury model:1||CHES:1||CYP2J2:1||Cadmium:1||Camelliaside A:1||Camplyotropis hirtella:1||Campylotropis hirtella:1||Cancer:1||Cancer cells:1||Cancer drug:1||Caragana balchaschensis (Kom.) pojark:1||Carbon tetrachloride:1||Caspase:1||ChREBP:1||Chagas disease:1||Chalcone compound:1||Chalcone derivative:1||Chelidonium majus:1||Chelidonium majus L:1||Chromenedione derivatives:1||Chromenone derivatives:1||Chrysanthemum boreale Makino:1||Cinnamic acid amide:1||Clostridium perfringens:1||Collagen:1||Collagen synthesis:1||Combination therapy:1||Competitive inhibition:1||Competitive inhibitors:1||Coreopsis lanceolata L.:1||Coumarin:1||Coumestan:1||Coumestans:1||Cudraxanthone M:1||Cytochrome P450:1||DNA damage protection:1||DNA damage protective effects:1||DNA topoisomerase 1:1||Death receptor 5:1||Depigmentation:1||Depletion:1||Developmental stages:1||Dibenzylbutane lignans:1||Dictyostelium discoideum:1||Dihydrobenzoxanthone:1||Dihydrobenzoxanthones:1||Dihydrochalcone:1||Dihydropteridine reductase:1||Diphenolase inhibitor:1||Dissipation:1||Drenching:1||Dysbiosis:1||

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