ScholarWorks@Gachon: Kim, Sun Yeou

Detailed Information

Kim, Sun Yeou (김선여)

Pharmacy (Dept.of Pharmacy)

Research Area: 생약학

Tel 032-820-4931
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Antiinflammation:17||Neuroprotection:14||Cytotoxicity:13||Antineuroinflammation:11||cytotoxicity:11||s disease:10||neuroinflammation:10||Apoptosis:10||antiinflammation:8||Melanogenesis:8||Neuroinflammation:7||Inflammation:6||Lespedeza bicolor:6||Lignan:6||Chaenomeles sinensis:6||Nitric oxide:6||Brassicaceae:6||Advanced glycation end products:5||apoptosis:5||Alzheimer&apos:5||NGF:4||inflammation:4||Rosaceae:4||Photoaging:4||Aloe vera:4||Oxidative stress:4||Methylglyoxal:4||Parkinson&apos:4||melanogenesis:4||Pinaceae:4||Microglia:4||nitric oxide:4||Dioscorea nipponica:4||NO:4||antineuroinflammation:4||hairless mice:3||ROS:3||Human umbilical vein endothelial cells:3||Impatiens balsamina:3||neuroprotection:3||Raphanus sativus:3||Endothelial dysfunction:3||Skin:3||Pruritus:3||wound healing:3||Phytochemicals:3||Tilia amurensis:3||neurotrophic effect:3||Resveratrol:3||Tiliaceae:3||Autophagy:3||Abies holophylla:3||Dioscoreaceae:3||Ginger:3||Nerve growth factor:3||methylglyoxal:3||Atopic dermatitis:3||antineuroinflammation:3||Ultraviolet B:3||oxidative stress:3||ultraviolet B:3||Firmiana simplex:3||Brainderived neurotrophic factor:3||phytochemicals:3||NFkappa B:3||Acorus gramineus:3||nerve growth factor:3||Energy metabolism:3||Type 2 diabetes mellitus:3||Sesquiterpene:2||Hosta longipes:2||Neurotrophic:2||diabetic nephropathy:2||Neurotrophic effect:2||signaling pathways:2||AMPK:2||Cholesterol:2||MAPKs:2||Balsaminaceae:2||skin hydration:2||skin inflammation:2||Skin hydration:2||soybean:2||Antitumor:2||Dihydrolipoyl dehydrogenase:2||7,8,4 &apos:2||Cognition:2||Sorbus commixta:2||Gamisasangjatang (GST):2||Hyperpigmentation:2||Sterculiaceae:2||IL31:2||Obesity:2||glucotoxicity:2||Oleaceae:2||vascular endothelial growth factor:2||Stilbene:2||gutbrain axis:2||IL6:2||Structural elucidation:2||Anacardiaceae:2||αglucosidase:2||Immobilization stress:2||Syringa oblata var. dilatata:2||Melanoma:2||Ginsenoside Rb1:2||hyperglycemia:2||TRPM1:2||Inflammatory bowel disease:2||Antiinflammatory activities:2||Methylglyoxal (MGO):2||Phenolic:2||Coriandrum sativum:2||Antiinflammatory activity:2||lignan:2||Ischemia:2||Araceae:2||Cruciferae:2||6Hydroxydopamine:2||TrkB:2||Type 2 diabetes:2||Tyrosinase:2||Mitogenactivated protein kinases:2||UVB:2||5HT1A receptor:2||Guinea pig:2||Ulmus davidiana var. japonica:2||Polyphenols:2||microglia:2||Gymnema sylvestre:2||Antineuroinflammatory activity:2||Antineuroinflammatory effect:2||Epidermis:2||Wasabia japonica:2||Wound healing:2||Trihydroxyisoflavone:2||DA9801:2||Lactucopicrin:2||NC/Nga murine model:2||neurite outgrowth:2||advanced glycation end products (AGEs):2||advanced glycation endproducts:2||Quamoclit angulata:2||NGF regulation:2||neuroprotective activity:2||Reactive oxygen species:2||Atopic skin inflammation:2||Lauraceae:2||Euphorbiaceae:2||6shogaol:2||Regeneration:2||antineuroinflammatory activity:2||antioxidant:2||Resveratrolenriched rice:2||Fatty acids:2||photoaging:2||Hericium erinaceus:2||Capsella bursapastoris:2||atopic dermatitis:2||Liliaceae:2||Lindera glauca:2||procollagen type I:2||Salicaceae:2||BDNF:2||Salix glandulosa:2||Neurodegeneration:2||Aloe vera flower:2||Sarcopenia:2||Lipopolysaccharide:2||Neuroprotective effect:2||Flavan3ol dimer:1||Flavone glycoside:1||Flavonoid:1||Flavonoids:1||Food supplements:1||Fritillaria thunbergii:1||GABA(A):1||GABA(A) receptor:1||GIAO NMR chemical shift calculations:1||Gel film:1||Germination:1||Glechoma hederacea var. longituba:1||Glomerular filtration rate:1||Glucotoxicity:1||Glycation:1||Glycosylated natural products:1||Glyoxal:1||Glyoxal (GO):1||Glyoxalase:1||Goji berry:1||Gomisin N:1||Gotu Kola:1||Graviola:1||Gymnema latifolium:1||Gymnopilus spectabilis:1||H1 NMR:1||H. syriacus L. flower:1||HO1:1||HUVECs:1||HaCaT:1||HbAGEs:1||Heat shock protein 70:1||Hemoglobin:1||Hepatic damage:1||Hepatic lipid steatosis:1||Hepatic stellate cell (HSC):1||Hepatic stellate cells:1||Hericiaceae:1||Highpressure homogenization:1||Hippocampus:1||Hoelen Cum Radix:1||Homoisoflavonoids:1||Homomonoterpenoid:1||Honokiol:1||Horseradish:1||House dust mite:1||Human epidermal keratinocytes:1||Human umbilical vein endothelial cells (HUVECs):1||Huperzia serrata:1||Huperzine A:1||Huperzine a:1||Hyaluronic acid:1||Hydrogen peroxide:1||Hydroxyproline:1||Hypericin:1||IBD:1||IgE:1||Indigo Pulverata Levis:1||Indole alkaloid:1||Indole alkaloids:1||Insulin signaling:1||Integration of proteomics and targeted metabolite analysis:1||Interleukins:1||Intestinal bowel disease:1||Intestinal microbiota:1||Isohericerinol A:1||Isoindolinone:1||Isosamidin:1||Isoxazole:1||Itch Mast cells:1||Ixeris dentata:1||JNK:1||Janus kinase signaling:1||Julibroside C1:1||KHAG04:1||KYJ:1||Key words PA1413:1||Kidney damage:1||Ltryptophan:1||Lactobacillus paracasei:1||Lagerstroemia indica:1||Lamiaceae:1||Lapachol:1||Leaning and memory:1||Ledebourin A:1||Leguminosae:1||Lespedeza bicolor (LB):1||Lespedeza cuneata G.Don:1||Levodopa:1||Levodopainduced dyskinesia:1||Lignan glycosides:1||Ligustrum obtusifolium:1||Lindera neesiana:1||Lipid metabolism:1||Lipophagy:1||Liver fibrosis:1||Lycium barbarum fruit:1||Lysimachia mauritiana:1||Lythraceae:1||MAPK:1||MC1R:1||MFAP4:1||MGO:1||MMP1:1||MMP1 inhibition:1||MMPs:1||MNT1:1||Macrophage:1||Malt:1||Masclura tricuspidata:1||Mass spectrometry:1||Medicinal plants:1||Megastigmane:1||Megastigmane glycoside:1||Melana:1||Melana cells:1||Melanoma/keratinocyte coculture:1||Melia azedarach:1||Meliaceae:1||Menispermaceae:1||Metabolic disruption:1||Metabolite profiling:1||Microglial activation:1||Microphthalmiaassociated transcription factor:1||Microtubule:1||Migration:1||Mimosa pudica Linn:1||Mitochondriamediated apoptosis:1||Mitochondrial membrane dysfunction:1||Mitochondrial membrane potential:1||Molecular docking analysis:1||Molecular docking simulation:1||Mosher&apos:1||Mucin:1||Myoinositol:1||Myokines:1||Neicosapentanoyl phenylalanine:1||Ntrans feruloyl tyramine:1||NAD+/NADH:1||NASH:1||NC:1||NC/Nga mice:1||NFE2related factor2:1||NGF induction:1||NGFpotentiation:1||NHDF Cell lines:1||NHEM:1||NIRAM:1||NLRP3 inflammasome:1||NO inhibitory effect:1||NRF2:1||Nano formulations:1||Nanomaterials:1||Nanoparticles:1||Nanotechnology:1||Nasturtium officinale:1||Nerve growth factor (NGF):1||Neurite outgrowth:1||Neuritogenesis:1||Neuroprotection:1||Neurodegenerative:1||Neurodegenerative diseases:1||Neuronal cell death:1||Neuronal damage:1||Neurotoxicity:1||Neurotrophic factor:1||Neurotrophin:1||Neurotrophins:1||Neurotropin:1||Nga:1||Nga mice:1||Nitric oxide (NO):1||Nocardiopsis sp.:1||Nonalcoholic fatty liver disease (NAFLD):1||Nonalcoholic steatohepatitis (NASH):1||Notch ligand Deltalike 4:1||Notothenia rossii:1||Nrf2:1||Nuclear factorkappa B p65:1||Nucleobases:1||Opuntia ficusindica:1||Oriental medicine:1||Oxygen and glucose deprivation:1||Oxylipins:1||PI3K/Akt signaling:1||PULC:1||Panax ginseng:1||Parkinson’s disease:1||Parthenocissus tricuspidata:1||Peucedanum japonicum:1||Phaeanthus vietnamensis:1||Pharbitis Nil:1||Pharbitis nil:1||Pharbitis nil (L.) Choisy:1||Phenanthrene:1||Phenolic Compound:1||Phenolic compounds:1||Phenolic constituents:1||Phenolic derivatives:1||Phenolic glycosides:1||Phenyl glycoside:1||Phyteuma japonicum:1||Phytoestrogen:1||Pimpinella brachycarpa:1||Piper amides:1||Plant tissue culture:1||Pogostemon cablin:1||Polygonum tinctorium:1||Powder:1||Pregnane:1||Prenylated isoflavonoids:1||Procollagen type 1:1||Processed Aloe gel:1||Prolinehydroxyproline:1||Protein kinase C:1||Pueraria Lobata:1||Pulsed amperometric detection:1||Pyrazole:1||Pyrus ussuriensis Maxim:1||Pyrus ussuriensis Maxim.:1||Quercus acutissima:1||Quinic acid derivative:1||ROS, Antitumor activity:1||Reactive oxygen species (ROS):1||Realtime PCR:1||Receptor binding autoradiography:1||Receptor for advanced end product glycation:1||Red ginseng:1||Renal inflammation:1||Retinyl palmitate:1||Rhus verniciflua:1||Rhusopolyphenols:1||Rice:1||Root bark:1||SKH1:1||SOX9:1||SPHK1:1||SPHK2:1||STAT3:1||Salbc glandulosa:1||Salicin derivatives:1||Salsola komarovii:1||Salvia miltiorrhiza extract:1||Sambucus williamsii:1||Sarsasapogenin:1||Schisandra chinensis:1||Scopolamine:1||Scratching:1||Serotonin:1||Sesquiterpene derivative:1||Sesquiterpene lactone glycosides:1||Shogaol:1||Sinomenium acutum:1||Sirt1:1||Sirt3:1||Sirtuin 1:1||Skeletal muscle:1||Skin aging:1||Skin photoaging:1||Skin regeneration:1||Smenohaimiens AE:1||Smenospongia cerebriformis:1||Soochimtanggamibang:1||Solanum melongena:1||Spiraea prunifolia var. simpliciflora:1||Spiro compound:1||Stereoisomers:1||Steroid:1||Steroidal Alkaloid:1||Steroidal saponin:1||Stress:1||Structure–activity relationship:1||Sucrose derivatives:1||Sulforaphane:1||Sulfur compound:1||Sweet potato extract:1||Synaptogenesis:1||TNFalpha:1||TNFalpha/IFN gamma:1||TNFα:1||TNFR1:1||TNFR2:1||Tabebuia:1||Tau phosphorylation:1||Tetrahydronaphthalene:1||Tetramethylpyrazine:1||Thuja orientalis:1||Thymic stromal lymphopoietin:1||Tight junctions:1||Tomato:1||Toxicodendron vernicifluum:1||Toxicology regulation:1||Transforming growth factor beta 1:1||Transforming growth factor beta1 (TGF?1):1||Triterpene Saponin:1||Triterpenoid:1||Triterpenoidal glycosides:1||TrkA/ERK/CREB pathway:1||Type 2 diabetes mellitus (T2DM):1||Tyrosinaserelated protein 2:1||UP256:1||UVA:1||UVB targets:1||Ulmaceae:1||Ulmus parvifolia:1||Umbelliferae:1||Vaccinium bracteatum Thunb:1||Varicella zoster virus:1||Vinblastine:1||Vitaceae:1||Walnut:1||Ymaze test:1||Zingerone:1||Zingiber officinale:1||acacetin:1||acutissioside A:1||advanced glycation end products:1||advanced glycation endproduct:1||aldose reductase:1||alkaloid:1||allyl isothiocyanate:1||allyl isothiocyanate (AITC):1||aloesin:1||alphaamylase:1||alphaglucosidase:1||amyloid beta:1||amyloidbeta oligomer:1||animal model:1||antiacetylcholinesterase:1||antiaging:1||antiinflammatory:1||anticancer:1||antioxidant activity:1||antiproliferation:1||antiproliferative activity:1||antiviral:1||anxiety:1||apos:1||astragalin:1||astrocyte:1||autophagy:1||baby aloe (immature aloe):1||barley:1||biotransformation:1||brain:1||brainderived neurotrophic factor:1||breast cancer:1||cAMP response element binding:1||cell differentiation:1||cell rejuvenation:1||ciliogenesis:1||cognitive dysfunction:1||cognitive impairment:1||colitis:1||colonic inflammation:1||continentalic acid:1||demethyleugenol betaglucopyranoside:1||dendrite:1||depression:1||dextran sodium sulfate (DSS):1||diabetic complications:1||diabetic retinopathy:1||diarrheapredominant irritable bowel syndrome:1||diarylheptanoid:1||dietary supplementation:1||dinitrochlorobenzene:1||docking:1||dopaminergic neurons:1||drug discovery:1||endothelial dysfunction:1||energy metabolism:1||epithelialmesenchymal transition:1||estrogen receptorbeta:1||fermented barley and soybean mixture (BS):1||fermented soybean:1||fibrosis:1||fieldbased pharmacophore modelling:1||flavonoid glycoside:1||focal adhesion kinases:1||functional food:1||gas chromatographyion trapmass spectrometry (GCITMS):1||gastroprotective:1||ginger:1||glyoxalaseI:1||goblet cell:1||gymlatifoside A:1||gymlatifoside B:1||gymlatifoside C:1||gymlatifoside D:1||gymsyloside:1||hepatitis E virus:1||hepatokines:1||herbal medicines:1||hericerin:1||hippocampal synaptic plasticity:1||homology modelling:1||human umbilical vein endothelial cell:1||hyaluronan:1||hyperpigmentation:1||hypoxiainducible factor:1||insulin resistance:1||interleukin11:1||intestinal barrier:1||intestinal epithelial barrier:1||involucrin:1||isoflavone:1||isoflavonoid glycoside:1||isoorientin:1||isorhapontigenin:1||kaurenoic acid:1||lcysteine:1||learning and memory:1||lignan glycoside:1||lignans:1||limonoids:1||lipid metabolism:1||lipogenesis:1||lipopolysaccharide:1||longterm depression ( LTD):1||mTOR:1||matrix metalloproteinase:1||medicinal plants:1||megastigmane:1||memory:1||memory and cognitive function:1||memory enhancement:1||memory enhancing:1||memory function:1||metabolite profiling:1||metabolites:1||metalloproteinase9:1||microarray analysis:1||microbiome:1||microglial activation:1||mitogenactivated protein kinases:1||mitogenactivated protein kinases (MAPKs):1||moisturizing:1||molecular dynamics simulation:1||monoacylglycerol:1||mucin:1||mucin 2 (MUC2):1||mulberry leaf:1||myokines:1||natural products:1||neolignan glycoside:1||nerve growth factor (NGF) regulation:1||neuroprotective effect:1||neurodegeneration:1||neurodegenerative diseases:1||neuroinflammatory effect:1||neuron:1||neuronal death:1||neuronal differentiation:1||neuropilins:1||neuroprotective:1||neuroprotective effect:1||neurotrophic activity:1||nocapyrone H:1||nocapyrone I:1||nocapyrone J:1||obesity:1||oligomerization:1||omega3:1||optimized combination of ginger and peony root:1||ovariectomy:1||oxylipins:1||p38:1||pain:1||peanut:1||phenolic compound:1||phenolic glycoside:1||phenolic glycosides:1||phenolics:1||phenylglycerol derivatives:1||phytoconstituents:1||phytoestrogen:1||piperamide:1||placental growth factor1:1||plants derivatives:1||poly (ADPribose) polymerase:1||polyunsaturated fatty acids:1||posttreatment:1||pretreatment:1||pregnane:1||proliferation:1||prolyl hydroxylase 2:1||protein kinase C:1||quinone derivative:1||reactive nitrogen species:1||reactive oxygen species:1||reactive oxygen species (ROS):1||receptor tyrosine kinases:1||reconstructed skin:1||resveratrol:1||resveratrolenriched rice:1||s method:1||sarcopenia:1||secoiridoid glucoside:1||secoiridoid glycoside:1||sesquilignan glycoside:1||sesquiterpene:1||signal transducer and activator of transcription signaling:1||silkworm droppings:1||simultaneous determination:1||size:1||skeletal muscle:1||skin barrier function:1||skin lightening agent:1||skin moisturization:1||skin rejuvenation:1||skin whitening:1||stratum:1||structural elucidation:1||substantia nigra:1||sulforaphane:1||terpenoid:1||tight junction:1||total alkaloids:1||transforming growth factor:1||tubulin destabilization:1||type 2 diabetes:1||type 2 diabetes mellitus:1||tyrosinase:1||ultra performance liquid chromatographyquadrupoletime of flightmass spectrometry (UPLCQTOFMS):1||ultraviolet B (UVB):1||wasabi:1||zymosan:1||αSMA:1||αamylase:1||mulberry fruit:1||Trihydrozyisoflavone:1||1:1||1,2,3,4,6PentaOgalloy1betaDglucose:1||1,5oxaza spiroquinone:1||1methyl4phenyl1,2,3,6tetrahydropyridine:1||1methyl4phenyl1,2,3,6tetrahydropyridine (MPTP):1||2, 4dinitrochlorobenzene:1||2butenolide:1||2dimethylpyrano:1||2H1benzopyran derivatives:1||3[2(3,5Dimethoxyphenyl)vinyl]furan:1||3benzylchromanone:1||4Methylthiobutanyl derivatives:1||5HT:1||5HT1A:1||5Hydroxytryptophan:1||5xFAD:1||6,7,4 &apos:1||6gingerol:1||7Bis(4hydroxyphenyl)4hepten3one:1||8epi7deoxyloganic acid:1||A beta PP/PS1 doubletransgenic mice:1||A beta accumulation:1||A375:1||AChE inhibitors:1||AGEs:1||AMPK/AktmTOR signaling:1||Abies koreana:1||Abietane diterpene:1||Acetylcholinesterase inhibitor:1||Advanced glycation end products (AGEs):1||Agastache rugosa:1||Agerelated neurological disorders:1||Aleurites fordii:1||Alkaloid:1||Allium victorialis var. platyphyllum:1||Allivictoside AH:1||Alzheimer:1||Alzheimer &:1||Alzheimer?s disease:1||Amaranth:1||Anionexchange chromatography:1||Annona muricata:1||Annonaceae:1||Antarctic fish:1||Antarctic krill extracts:1||Anthranilic acid:1||AntiHelicobacter pylori activity:1||AntiInflammation:1||AntiInflammatory activities:1||AntiNeuroinflammation:1||Antiapoptosis:1||Antidiabetic activity:1||Antiinflammatory effect:1||Antineuroinflammatory:1||Antioxidant:1||Antitumor activity:1||Antidesma ghaesembilla:1||Antidesoic acid A:1||Antidesoic acid B:1||Antioxidant:1||Antioxidant activity:1||Antiviral:1||Anxiolytic effects:1||Anxiolyticlike effect:1||Anxiolyticlike effects:1||Apiaceae:1||Apocynaceae:1||Aralia continentalis:1||Armoracia rusticana:1||Aromandendrane:1||Artemisia princeps:1||Asclepiadacaea:1||Azine:1||Bcell lymphoma 2:1||B16F10:1||BV2 cell:1||BV2 microglial cells:1||Balanophonin:1||Balsamineaceae:1||Barium hydroxide:1||Barley:1||Beauveria bassiana:1||Benzodiazepine:1||BetaLapachone:1||Betula platyphylla:1||Betula schmidtii Regel:1||Betulaceae:1||Biphenyl:1||Biphenyl compounds:1||Biphenylneolignan:1||Bisthioglycosides:1||Bombycis excrementum:1||Brain damage:1||Brain monoamines and metabolites:1||C13 NMR:1||C57BL/6 mice:1||CNS cell lines:1||Ca2+ influx:1||Celastraceae:1||Chaenomeles speciosa:1||Champsocephalus gunnari:1||Chemistryoriented synthesis:1||Chemopodiaceae:1||Cholinergic system:1||Chrysanthemum indicum Linne:1||Cinnamomum cassia:1||Cnidium fruit:1||Colitis:1||Collagen peptide:1||Collagen typeI:1||Convolvulaceae:1||Coronary artery disease:1||Corticosterone:1||Cortinariaceae:1||Cudracusisoflavones AP:1||Cupressaceae:1||Curcumin:1||Cuscuta seeds:1||Cutaneous wound healing:1||Cytotoxic:1||DAPK:1||DARTTOFMS:1||DHPM:1||DLglyceraldehyde:1||DNCBinducedNC:1||DP4:1||DP4+:1||Depigmentation:1||Depression:1||Dermatology:1||Dermis:1||Diabetes:1||Diabetic nephropathy:1||Diabetic peripheral neuropathy:1||Diabetic wound healing:1||Diarylheptanoids:1||Dietary supplementation:1||Dinitrofluorobenzene:1||Dioscorea japonica:1||Dioscorea japonica Thunb:1||Dioscorea nipponica Makino:1||Docyniaindica:1||Docynicasides A  C:1||Drug Discovery:1||ECD:1||ERK/CREB:1||ERK/CREB signaling:1||ERK1/2:1||Elevated plus maze:1||Endstage renal disease:1||Endothelial nitric oxide synthase:1||Enzyme:1||Ephedra sinica:1||Epidermal innervation:1||Equol:1||Estrogen receptor agonist:1||Ethyl 6methyl4(3phenoxyphenyl)2thioxo3,4dihydropyrimidine5carboxylate:1||Eucommia ulmoides Oliv. Bark:1||Eucommia ulmoides Oliv. bark:1||Euonymus alatus:1||Extracellular matrix synthesis:1||Fagaceae:1||Fatty liver:1||Fermentation:1||Fermented foods:1||Fermented wild ginseng:1||Fibrosis:1||Finasteride:1||

STATISTICS: Total View :3,629,415; Today View :1,313

RSS_1.0 RSS_2.0 ATOM_1.0

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

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE