CAU Scholar's Space: Lee, Sanghyun

Detailed Information

Lee, Sanghyun (이상현)

대학원 (식물생명공학과)

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Tel 031-670-4688
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HPLC:31||Oxidative stress:24||Quantitative analysis:22||Flavonoid:21||antioxidant:13||Alzheimer's disease:13||Antioxidant:11||Cirsium japonicum var. maackii:11||oxidative stress:11||DPPH:11||Araliaceae:10||Diabetic complications:10||Aldose reductase:9||Antioxidant activity:9||Taraxacum coreanum:8||Acer okamotoanum:8||Amyloid beta:8||Panax ginseng:7||GC/MS:7||HPLCUV:7||Highperformance liquid chromatography:7||Cirsimaritin:7||quantitative analysis:7||Method validation:7||amyloid beta:7||Hydrogen peroxide:6||Silybum marianum:6||isolation:6||Isoquercitrin:6||Boehmeria nivea:6||Inflammation:6||nitric oxide:6||Apoptosis:6||apoptosis:6||neuroprotection:5||reflux:5||Reactive oxygen species:5||GC:5||Acanthopanax koreanum:5||Petasites japonicus:5||gene expression:5||Quercitrin:5||obesity:5||Filipendula glaberrima:5||Quercetin:5||Free radical:5||Luteolin:5||Aldose reductase inhibition:5||C6 glial cell:5||antiinflammation:4||Silymarin:4||Kimchi:4||Analysis:4||Lespedeza cuneata:4||alphalinolenic acid:4||adipogenesis:4||Lithospermum erythrorhizon:4||Hydroxyl radical:4||Hispidulin:4||Rutin:4||Afzelin:4||Helicobacter pylori:4||Constituent:4||inflammation:4||Acanthopanax chiisanensis:4||Volatile constituent:4||antiinflammatory:4||Aster scaber:4||Perilla frutescens var. japonica:4||HPLC/PDA:4||Superoxide anion:3||fractionation:3||Neuroprotective effects:3||free radical:3||Nitrite:3||Obesity:3||C6 glial cells:3||LLCPK1:3||Valeriana fauriei:3||industrial application:3||Validation:3||isoquercitrin:3||Caffeic acid:3||Peroxynitrite:3||Phenolic compound:3||Camelliaside B:3||Ginsenoside:3||Capsaicin:3||Angelica dahurica:3||mice:3||neuroinflammation:3||HPLC/DAD:3||HPLC/UV:3||Dihydrocapsaicin:3||Protocatechuic acid:3||antioxidant activity:3||Acanthopanax divaricatus:3||Endangered plant:3||purification:3||Acanthopanax senticosus:3||Cirsimarin:3||Rhododendron mucronulatum for. albiflorum:3||Salicornia herbacea:3||Momordica charantia:3||Salvia plebeia:3||Hyperin:3||Nnitrosodimethylamine:3||Acanthopanax species:3||NO:3||triterpene:3||Cognition:3||Column chromatography:3||essential oil:3||Boraginaceae:3||extraction:3||Folk plant:3||flavonoid:3||Perilla frutescens:2||Perilla cultivar:2||overexpression:2||AGS human adenocarcinoma cell:2||oxygenglucose deprivation:2||Nitric oxide:2||Anthocyanins:2||Chestnut honey:2||3Morpholinosydnonimine:2||Inflammatory cytokine:2||antibacterial activity:2||insulin resistance:2||1Deoxynojirimycin:2||Anticancer:2||phenolic compounds:2||phenylpropanoid:2||Paprika:2||Apigenin:2||Panax species:2||phytochemicals:2||Artemisia apiacea:2||hydroxyl radical:2||Silybin B:2||Antiinflammation:2||Alkaloids:2||hydrogen peroxide:2||Ulmus davidiana var. japonica:2||polyphenols:2||Hesperidin:2||hispidulin:2||edible plant:2||High performance liquid chromatography:2||atopic dermatitis:2||RBL2H3 cells:2||egg yolk:2||hippocampus slice culture:2||Ulmaceae:2||HighPerformance Liquid Chromatography/UltravioletVisible:2||quercitrin:2||Tianeptine:2||Medicinal plant:2||rat lens aldose reductase:2||Antioxidant activity:2||Rat lens aldose reductase:2||Gastric cancer:2||UV:2||Memory:2||highperformance liquid chromatography:2||Acanthopanax sessiliflorus:2||Functional food:2||OH:2||Ganoderma applanatum:2||ABTS:2||Cirsium japonicum:2||Cirsium japonicum var:2||PDX1:2||Tree sprout:2||scopoletin:2||Bioassay:2||carotenoids:2||Biological activity:2||Milk thistle:2||Aralia continentalis:2||Extraction method:2||1,1diphenyl2picrylhydrazyl:2||chorioallantoic membrane:2||Antifungal activity:2||chronic restraint stress:2||Compositae:2||Tartary buckwheat:2||Neuroprotection:2||cognition:2||Bitter melon:2||sterol:2||cognitive dysfunction:2||Fagopyrum tataricum:2||Bitter melon (Momordica charantia L.):2||Saussurea grandifolia:2||Ovalbumin:2||GCFID:2||Antimicrobial:2||corn distillers dried grains with solubles:2||Content analysis:2||tartary buckwheat:2||Kaempferol:2||Scutellaria baicalensis:2||Fermentation:2||Clerodendron trichotomum:2||total polyphenol:2||Sedum sarmentosum:2||Seed:2||항산화:2||NMR:2||Neuroinflammation:2||decursin:2||Sophoricoside:2||Ferulic acid:2||Industrial application:2||Alzheimer’s disease:2||Korean folk plant:2||depression:2||Platycodon grandiflorum:2||memory:2||Carotenoids:2||Lipopolysaccharide:2||HPLC analysis:2||Sesamum indicum:2||Caspase:2||Capsicum species:2||Cedrela sinensis:2||Defatted seeds:2||Daucosterol:2||Populus:2||amyloid:2||lutein:2||Phytochemical:2||Angelica gigas:2||white ginseng:2||Phenolic acid:2||angiogenesis:2||Shading:2||HPLC/ELSD:2||Peucedanum japonicum:2||laying hen:2||antiangiogenic:2||Native site:2||Lycoris radiata:2||Animal model:2||Whitening effects:2||Growth Regulator:1||HPLCDAD:1||HPLCELSD:1||HPLCUV analysis:1||HPLC/ UV:1||HaCaT:1||HaCaT keratinocytes:1||Habenula:1||Habitat:1||Hair loss:1||Hallabong ([Citrus unshiu x C. sinensis] x C. reticulata):1||Haloperidol:1||Harvesting:1||Helper T cell:1||Heme oxygenase1:1||Herbal medicine:1||High fat diet:1||High performance liquid chromatograph:1||High performance liquid chromatographyUV:1||Highfat diet:1||Highperformance Liquid ChromatographyElectrospray Ionizationmass Spectrometry:1||Highperformance liquid chromatography · Isovitexin · Lespedeza cuneata · Method validation:1||Highperformance liquid chromatographyUV:1||Highperformance liquid chromatographyultraviolet:1||Highperformance liquid chromatography/Photodiode Array:1||Highperformance liquid chromatography/Photodiode array detector:1||Highperformance liquid chromatography/Ultra Violet:1||Highperformance liquid chromatography analysis:1||Hippocampal slice culture:1||Homeprocessing:1||Hordeum vulgare:1||Hormones:1||Houttuynia cordata:1||Human dermal papilla cells:1||Human hepatoma cells:1||Hydroxyl radicals:1||IRAK4:1||Identification:1||IgEantigen complex:1||Immuneenhancing activity:1||Industrial usage:1||Inflammatory bowel disease:1||Inflammatory skin disease:1||Insulin:1||Insulin secretion:1||Intestinal barrier:1||Invasion:1||Iris odesanensis:1||Isoflavone:1||Isofraxidin:1||Isolation:1||Isorhamnetin3Oglucoside:1||Isovitexin:1||Jeju native citrus:1||Kaempferol3Oglucoside:1||Keratinocytes:1||Kiyomi tangor:1||Korean plant extracts:1||Korean thistles:1||Kynurenic acid:1||KyungOkKo:1||Lleucine:1||L. plantarum K8:1||L. radiata:1||LCESIMS:1||LCESI/MS:1||LCMS/MS:1||LK5 herbal complex:1||LLCPK1 cell:1||LOD:1||LOQ:1||LPS & IFNγ:1||Laboratory animal model:1||Lactiplantibacillus plantarum K8:1||Lactobacillus:1||Lactobacillus plantarum:1||Lactuca sativa:1||Lactuca serriola:1||Lagerstroemia indica:1||Learning:1||Lepidium sativum:1||Licorice:1||Liliaceae:1||Lindera erythrocarpa:1||Linolenic acid:1||Liriope platyphylla:1||Loliolide:1||Lonicerae Flos:1||Lupeol:1||Luteolin 7Oglucopyranoside:1||Luteolin 7OβDglucuronopyranoside:1||Luteolin7Orutinoside:1||Luteolin7glucoside:1||Luteolin7oglucoside:1||Luteoloside:1||Lycium chinense root:1||Lycorine:1||Lycoris sp.:1||MAPK:1||MAPK pathway:1||MAPK/NFκB:1||MCF7 Cells:1||MITF:1||MSF:1||Macrophages:1||Madecassic acid:1||Madecassoside:1||Malus prunifolia Borkh.:1||Management:1||Manchurian spikenard:1||Massonianoside B:1||Mast cell:1||Mastic gum:1||Maternal Immune Activation:1||Matrix metalloproteinase:1||Medicinal ingredients:1||Medicinal plants:1||Memory deficit:1||Mesembryanthemum crystallinum:1||Metastasis:1||Method:1||Method with development:1||Methoxyflavone:1||Mice:1||Microglia:1||Migration:1||Minor ginsenoside:1||Miracle synergy:1||Miscanthus sinensis var. purpurascens flower extract:1||Mixed tea:1||Monoamine:1||Moringa oleifera Lam.:1||Multicompound treatment for GERD:1||Muscle mass:1||Mycobacterium:1||NmethylDaspartate:1||Nmethylhydroxylamine:1||NFκB:1||NFκB pathway:1||NGS:1||NOcGMP:1||NPY:1||Naringin:1||Native plant:1||Natural medicine:1||Natural plant extract:1||Natural plants:1||Nelumbo nucifera:1||Neohesperidin:1||Nephrotoxicity:1||Network pharmacological analysis:1||Neurodevelopment:1||Neuronal apoptosis:1||Neuronal cell:1||Neuronal damage:1||Neurons:1||Neuroprotective agents:1||Noxious plant:1||Nrf2:1||O2(&#8722) radical:1||OGD:1||OVA:1||Oleanolic acid:1||Oleanonic acid:1||Open column chromatography:1||Optimization:1||Orexigenic:1||Orostachys margaritifolia:1||Ovarian cancer:1||PCoA:1||PI3K:1||PI3K/Akt:1||PI3K/Akt pathway:1||PM10:1||PPAR gamma coactivator 1 alpha:1||Paeoniae Radix:1||Pain:1||Panax ginseng C.A.Meyer:1||Parasenecio pseudotaimingasa:1||Pathogen:1||Pectolinarin:1||Perilla oil:1||Persicaria longiseta:1||Phellinus linteus:1||Phenolic compounds:1||Phenylpropanoid:1||Phytolacca insularis:1||Phytosterol:1||Pilea mongolica:1||Pilosissima:1||Pinching:1||Pinellia ternata:1||Pinosylvin:1||Pinus koraiensis:1||Pinus species:1||Plant flower:1||Planting date:1||Platycodonis Radix:1||Polymethoxyflavone:1||Polyol pathway:1||Polyphenol:1||Polyphenols:1||Polyporaceae:1||PolyriboinosinicPolyribocytidilic Acid:1||Populus tomentiglandulosa:1||Populus x tomentiglandulosa:1||Posttraumatic stress disorder:1||Postmenopausal Symptoms:1||Prenatal stress:1||Procaspase3:1||Proinflammation:1||Proinflammatory cytokines:1||Probiotic bacteria:1||Probiotic lysates:1||Proliferation:1||Prostate cancer:1||Prunus padus:1||Psychiatric disorder:1||Quality evaluation:1||Quantitative Analysis:1||Quercetin3Oglucoside:1||Quercetin3betaDglucoside:1||Quercetin3βDglucoside:1||RAW 264:1||RAW 264.7 cell:1||RAW 264.7 macrophage cell:1||RAW264.7 macrophage cell:1||ROS:1||Radical scavenging activity:1||Radical scavenging effect:1||Ramie:1||Raphanus sativus:1||Reducose®:1||Reflux:1||Refractive index detector:1||Rheumatoid arthritis:1||Roasting:1||Rosmarinic acid:1||Rosmarinic apid:1||Ruta graveolens:1||Rutecarpine:1||SHSY5Y:1||SKNSH cells:1||SNP:1||SOD:1||Saccharomyces cerevisiae:1||Safety:1||Saikosaponin:1||Saltedfermented fish products:1||Saponin:1||Sargassum horneri (Turner) C:1||Satsuma mandarin:1||Schizophrenia:1||Scopolamine:1||Scopoletin:1||Scopolin:1||Scrophularia species:1||Secondary metabolite:1||Secondary metabolites:1||Seed germination:1||Senecioneae:1||Seoriate:1||Sericea lespedeza:1||Sesame dregs:1||Sesamin:1||Sesamolin:1||Siberian meadowsweet:1||Siegesbeckia glabrescens:1||Silkworm:1||Silybin A:1||Silybin diastereomer:1||Single nucleotide polymorphism:1||Skin inflammation:1||Smilax chinaL:1||Sodium nitroprusside:1||Sonchus brachyotus:1||Sperm count:1||Sprout:1||Stachys sieboldii miq:1||Standardization:1||Supercritical fluid CO2 extraction:1||Sweet potato:1||Syntax:1||Synthetic biology:1||Synurus excelsus:1||Syzygium oblatum:1||T lymphocyte differentiation:1||TBAreactant assay:1||Taraxacum coreanum Nakai:1||Tartary buckwheat (Fagopyrum tataricum):1||Testosterone:1||Th cell:1||Thymus quinquecostatus:1||Tight junction:1||Tissuecultured mountaingrown ginseng:1||Total flavonoid:1||Total polyphenol:1||Total polyphenol content:1||Traditional herbal medicine:1||Transforming growth factor beta 1:1||Transporter 1 ATPbinding cassette subfamily B:1||Trillium tschonoskii:1||Triterpene glycoside:1||Tube formation:1||Turfgrass:1||Turfgrass diseases:1||UPLC/UV:1||UVB radiation:1||Ulmus davidiana var:1||Umbelliferae:1||Urea:1||Urticaceae:1||Valeriana fauriei Briq:1||Valeriana fauriei Briq.:1||Vanillic acid:1||Vitex rotundifolia:1||Volatile Constituent:1||Water extract:1||Weigela subsessilis:1||Western:1||Whitecolor natural product:1||Wild Chrysanthemum flower:1||Woody plant:1||Wound healing:1||Xray structure:1||Xenograft mice:1||Yangjulmaemil:1||Zanthoxylum ailanthoides:1||Zanthoxylum schinifolium:1||Zea mays:1||Zingiber spp:1||Zucker rat:1||abiotic stress:1||acetylcholinesterase:1||acteoside:1||adavanced glycation end product:1||adenocarcinoma gastric stomach:1||adipocyte and osteoblast differentiation:1||adipocytes:1||adipose tissue obese db:1||adlay:1||advanced glycation end products:1||afzelin:1||agricultural byproduct:1||aldose reductase activity:1||aldose reductase inhibitor:1||allergic disease:1||alpha linolenic acid:1||alphaamyloid:1||alphapinene:1||amino acid:1||amyloid beta degradation:1||analytic method:1||animal behavior:1||animal model:1||antiallergic effect:1||antiatopic:1||anticancer:1||antidermatitis activity:1||antiinflammatory activity:1||antimalaria:1||antimelanogenic:1||antiskin damage:1||antibacterial:1||anticancer:1||antigen:1||antineuroinflammation:1||antioxidant enzymes:1||antioxidant response element:1||antioxidative agent:1||antiviral:1||apicin:1||apigenin:1||ark shell:1||artemisterol:1||association:1||astragalin:1||astragalosides:1||bacteria:1||bakuchiol:1||basophils:1||betapinene:1||biaryl amine:1||bioactive flavonoid:1||bioactivity:1||biochemical profiling:1||bladder cancer:1||bladder cancer cells:1||bloodbrain barrier:1||brainderived neurotrophic factor:1||brainderived neurotrophic factorcAMP response elementbinding protein pathway:1||breeding material:1||brown seaweed:1||caffeoylquinic acid:1||cancer cell proliferation:1||capsaicin:1||carotenoid:1||carotenoid cleavage dioxygenases:1||caspase:1||characterization:1||chlorogenic acid:1||chlorophyll content:1||chondrocyte:1||chromosomal ploidy:1||cirsimaritin:1||cloning:1||coastal hog fennel:1||cognitive ability:1||coixol:1||color:1||compositae:1||constituent:1||content analysis:1||continentalic acid:1||corn gluten meal:1||coumarin:1||cultivation:1||cyclophosphamide:1||cytokines:1||cytotoxicity:1||dammarane:1||dammarane ginsenoside:1||dammaranetype triterpene saponin:1||db mice:1||decursinol:1||defensin:1||dehydroepiandrosterone:1||dekopon:1||dextran sulfate sodium:1||diabetes mellitus:1||diabetic complication:1||diabetic complications:1||dihydrocapsaicin:1||diosmetin:1||disease:1||eleutheroside B:1||eleutheroside E:1||ellagic acid:1||endometrial abnormality:1||ergosterol peroxide:1||ethanol extract of Rosa hybrida:1||eudesmane glucoside:1||fatty acids:1||fermentation:1||fiber crop:1||fibromyalgia:1||flavonoid biosynthetic pathway:1||flavonoid glycoside:1||flavonoids:1||food industry:1||forest plant resource:1||free amino acids:1||free sugars:1||fucosecontaining polysaccharide:1||functional breeding:1||functional material:1||fungus:1||gastric cancer:1||gastritis:1||gene characterization:1||gene overexpression:1||genetic structure:1||geniposide:1||germacranolide:1||ginsenoside Rb1:1||ginsenoside Rg1:1||ginsenoside Rg12:1||ginsenosideRs11:1||glial cell:1||graveolens Antioxidant activity:1||hair growth:1||hairy root:1||heatshock response transcription element:1||heishuixiecaoline A:1||heme oxygenase1:1||hemoglobin A(1C):1||hepatitis A virus:1||hepatocyte growth factor:1||highfat dietinduced obesity:1||highspeed countercurrent chromatography:1||hippocampal slice:1||hippocampal slice culture:1||hippocampus:1||hispidin:1||human dermal fibroblasts:1||human hair dermal papilla cell:1||hyperin:1||immune enhancement:1||in vitro:1||indicator compoun:1||indomethacin:1||inflammatory nociception:1||inhibition:1||innate immunity:1||internal transcribed spacer:1||intrathecal introduction:1||ischemia:1||isorhamnetin3Oglucoside:1||itching:1||japonica:1||kaempferol:1||kanakugiol:1||lauric acid:1||licorice:1||lightemitting diode:1||lignan analysis:1||lignan glycoside:1||linaroside:1||linolenic acid:1||lipid accumulation:1||lipolysis:1||lipopolysaccharideinduced inflammation:1||liquid chromatography combined Highperformance a photodiode array detector:1||liquid culture:1||lotus seeds:1||lumazine synthase:1||luteolin:1||maackii:1||maackii flower:1||macrophage:1||macrophages:1||maternal immune activation:1||mechanismbased inactivation:1||melanogenesis:1||methyl 3acetyl4hydroxybenzoate:1||methylenedioxyphenyl lignans:1||mevalonate pathway:1||microglia:1||microglial cells:1||monoiodoacetate:1||natural component:1||natural killer cells:1||network pharmacology:1||neurodegenerative disease:1||neurodegenerative diseases:1||neurodegenerative disorder:1||neuroglia:1||neuroprotective effect:1||neuroprotective effects:1||neurotoxicity:1||nitric oxide (NO):1||nitric oxide inhibition:1||nuclear factor erythroid 2 related factor 2:1||nuclear factor erythroid 2related factor 2:1||nuclear factorkappa B:1||organic acids:1||osteoarthritis:1||poctopamine hydrochloride:1||psynephrine:1||pain:1||pectolinarigenin:1||perilla:1||period 2 gene:1||peroxisome proliferatorsactivated receptor alpha:1||phenolic acids:1||phenolic compound:1||phosphoERK:1||phytochemical:1||phytochemical constituent:1||phytochemistry:1||phytomedicine:1||plants:1||polycystic ovary syndrome:1||polymethoxyflavone:1||polymorphism:1||polyoxygenated ergostane:1||polyporaceae:1||prenatal stress:1||proinflammatory gene expression:1||production of anthocyanin pigment 1:1||protein glycation inhibitor:1||psychiatric disorder:1||purity test:1||quercetin:1||radicalscavenging activity:1||ramie:1||reactive oxygen species:1||recycling:1||red ginseng:1||regional difference:1||relative bioavailability:1||repeated chromatography:1||rheumatoid arthritis:1||riboflavin synthase:1||root:1||rosmarinic acid:1||rutin:1||rutin biosynthesis:1||schizophrenia:1||scopolamine:1||secondary metabolite:1||seed storage:1||seeds:1||signal transducers and activators of transcription:1||skin:1||smart farm:1||solvent extract:1||songoroside A.:1||spicatoside A:1||splenocytes:1||sprout:1||sprouts:1||standardized procedure:1||steam distillation:1||steroidal saponins:1||steryl ester:1||strawberry:1||streptozotocin:1||structure determination:1||sulfasalazine:1||superoxide anion:1||synoviocytes:1||synthetic doublestranded RNA polyriboinosinicpolyribocytidylic acid:1||tandem mass spectrometry:1||taxonomic relationship:1||tight junction:1||tilianin:1||total flavonoid:1||transCinnamic Acid:1||transResveratrolamplified grape juice:1||transaminase:1||transcription factor:1||transforming growth factor beta 1:1||transgenic hairy root:1||triterpenoid saponin:1||tumor angiogenesis:1||tyrosinase activity:1||ulcerative colitis:1||uncoupling protein 1:1||vitamin B2:1||xenograft mice:1||zeaxanthin:1||ziziphus:1||αLinolenic acid:1||αglucosidase:1||βSitosterol:1||βamyrin:1||βhexosaminidase:1||γAminobutyric acid:1||기체 크로마토그래피:1||기체크로마토그래피/질량분석기:1||돌나물:1||동백:1||생물학적 방제:1||약용식물:1||에센셜오일:1||유박:1||자유라디칼:1||잔디병해:1||제라니올:1||제라니움:1||친환경:1||항균:1||항암:1||"KunShinChoaSa" theory:1||항진균 활성:1||()9 'O(alphaLRhamnopyranosyl) lyoniresinol:1||) Honda:1||(+)Catechin:1||1:1||13methyloxacyclotetradecane2,11dione:1||13ZbetaCarotene:1||2,4,6TNCB:1||2,4,6trinitrochlorobenzene:1||2,5,5trimethyl1,3,6heptatriene:1||22dehydroclerosterol:1||3 beta,5 alpha,6 beta,8 beta,14 alphapentahydroxy(22E,24R)ergost22en7one:1||3,5dicaffeoylquinic acid:1||3(dodecanoyloxy)2(isobutyryloxy)4methylpentanoic acid:1||3Hydroxy3methylglutarylcoenzyme A reductase:1||3T3L1:1||4,5dicaffeoylquinic acid:1||5Dicaffeoylquinic acid:1||5hydroxypyrrolidin2one:1||5HPurin6amine:1||6Hydroxyluteolin 7Oglucoside:1||6gingerol:1||6hydroxyluteolin 7Oglucoside:1||7:1||A beta(2535):1||A. annua:1||A. chiisanensis:1||A. keiskeana:1||A. stolonifera:1||A2780 ovarian carcinoma cells:1||ABA:1||ABTS(+)DPPH radical scavenging activity:1||AD:1||ADHD:1||AGS:1||AGS cell line:1||AGS human gastric adenocarcinoma cell:1||AKT:1||AMP kinase:1||AMPK pathway:1||Abeliophyllum distichum:1||Acanthopanax:1||Acanthopanax sessiliforus:1||Acanthopanax spp.:1||Acantopanax:1||AcathosideD:1||Aceraceae:1||Adenophora triphylla:1||Advanced glycation endproduct:1||AgRP:1||Agardh:1||Agastache rugosa:1||Agricultural phenotype:1||Agrobacterium rhizogenes:1||Ainsliaea acerifolia:1||Airway inflammation:1||Albiflorin · Benzoic acid · (+)Catechin · Gallic acid methyl ester · Paeonia lactiflora · Paeoniflorin ·Paeonol · Quantitative analysis:1||Aldose Reductase Inhibition:1||Aldose reductase activity:1||Aldose reductase inhibitory activity:1||Alkaloid:1||Alltransbetacarotene:1||Allantoin:1||Allergic asthma:1||Alopecia areata:1||Alphalinolenic acid:1||Alzheimer disease:1||Amaryllidaceae:1||Amine:1||Amyloid beta 2535:1||Amyloid beta(2535) peptide:1||Amyloidbeta:1||Anti‐inflammation:1||Antiadipocyte differentiation:1||Antiallergic effects:1||Antidiabetes:1||Antiinflammatory:1||Antiinflammatory activity:1||Antiinflammatory effect:1||Antioxidant:1||Antiskinaging:1||Antibacterial:1||Antimicrobial activity:1||Antioxidant effect:1||Apiaceae:1||Aralia continentalis Kitag.:1||Asiatic acid:1||Asiaticoside:1||Association:1||Aster scaber thunb.:1||Aster yomena:1||Aster yomena (Kitam:1||Aster yomena (Kitam.) Honda:1||Asteraceae:1||Astragalus membranaceus:1||Atopic dermatitis:1||Avicularin:1||BDNF:1||Bacteria:1||Baemuchae (xBrassicoraphanus):1||Bakkenolide D:1||Bandiburichodang:1||Behavior test:1||Belamcanda chinensis:1||Bergapten:1||Berry:1||Bifidobacterium animalis subsp. lactis:1||Biocontrol agent:1||Biological method:1||Biotransformation:1||Blotting:1||Blumea balsamifera:1||Brainderived neurotrophic factor:1||Brassica juncea:1||Breast cancer:1||Broadleaved indeciduous tree:1||Buckwheat:1||Bulb:1||Bupleurum falcatum:1||C. morifolium:1||C6 glioma cell:1||C6 glioma cells:1||CD4+T cell:1||CYP3A4:1||Caco2 cells:1||Callus:1||Camellia japonica L:1||Camellia japonica L.:1||Capsicum cultivar:1||Capsicum fruits:1||Cell culture techniques:1||Cercidiphyllum japonicum:1||Chemical profiling:1||Chicoric acid:1||Chiisanenside:1||Chiisanogenin:1||Chiisanoside:1||Chinese plant:1||Chloroplast:1||Chromatography:1||Chrysanthemum:1||Chrysanthemum morifolium:1||Chungkukjang:1||Cinnamomum cassia:1||Cinnamomum spp.:1||Cirsium japonicum var. maackii flower:1||Cirsium setidens:1||Cirsium spp:1||Cissus assamica var:1||Citrus grandis:1||Citrus junos:1||Citrus paradisi:1||Codonopsidis Radix:1||Community:1||Condiment:1||Content:1||Cordycepin:1||Cordyceps militaris:1||Cucurbitaceae:1||Cultivar:1||Culture:1||Curcuma longa L.:1||Curcuma zedoaria:1||Curcuzedoalide:1||Cutting Date:1||Cyperus exaltatus:1||Cytokine:1||Cytokines:1||Cytotoxic effect:1||Cytotoxicity:1||DPinitol:1||Daesanmaemil:1||Dammaranetype triterpenoid:1||Dandelion:1||Dangkwisoosan:1||Daphne genkwa:1||Daphnoretin:1||Dendranthema zawadskii:1||Dendranthema zawadskii var. latilobum:1||Deoxyshikonin:1||Diabetes:1||Diabetic complication:1||Dicaffeoylquinic acid derivatives:1||Different harvesting time:1||Distribution:1||Escreen assay:1||ERK:1||Ecofriendly:1||Ecological characteristics:1||Ecological pattern:1||Edible sprout:1||Edible sprouts:1||Efficacy:1||Eleutherosides B and E:1||Endemic plant:1||Enzymatic bioconversion:1||Epicatechin:1||Epicatechin gallate:1||Essential Oil:1||Essential oil:1||Estrogen Receptor:1||Eudesmanetype sesquiterpenoid:1||Evodia daniellii:1||Evodiae fructus:1||Exicitoxicity:1||F. glaberrima Nakai:1||Fabaceae:1||Fagopyrum esculentum:1||Farfugium japonicum:1||Fatty acid:1||Ferroptosis:1||Fertilizer:1||Fibroblast:1||Fibroblastlike synoviocyte:1||Fibromyalgia:1||Flavones:1||Flavonoid rhamnoside:1||Flora:1||Flower:1||Food analysis:1||Food composition:1||Fragaria × ananassa:1||Fraxidin:1||GABA:1||GAD:1||GCMS:1||GERD:1||Gardenia jusminoides:1||Gas chromatography:1||Gastric ulcer:1||Gastritis:1||Gene characterization:1||Genome:1||Geraniin:1||Geraniol:1||Geranium:1||Geranium sibiricum:1||Geranium sibiricum L:1||Ginseng:1||Ginseng sapogenin:1||GinsenosideRb1:1||Glehnia littoralis:1||Glucose:1||Glucosestimulated insulin secretion:1||Gold nanoparticles:1||Green tea:1||

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