ScholarWorks@Gyeongsang National University: Ahn, Mi Jeong

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Ahn, Mi Jeong (안미정)

약학대학 (약학과)

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Carotenoid:10||Sweetpotato:10||Botanical origin:8||Anatomical study:6||Metabolic engineering:5||Carotenoids:5||AntiHelicobacter pylori activity:4||antioxidant activity:4||Salt stress:4||Angelica gigas:3||Korean folk medicine:3||Oxidative stress:3||botanical origin:3||Rumex acetosa:3||Lutein:3||carotenoids:3||juglone:3||anatomical study:3||antioxidant:3||Ulmus davidiana var. japonica:3||Sweet potato:3||IbOr:3||IbOrR96H:2||Antioxidant activity:2||antiinflammatory activity:2||Anthocyanin:2||Crude drugs:2||Anatomical characteristics:2||pylori activity:2||betaCarotene:2||Phytochemical:2||HIV1 reverse transcriptase:2||Platycodon grandiflorum:2||AntiHelicobacter pylori:2||Japan:2||Nitric oxide:2||carotenoid:2||Escherichia coli:2||Cytotoxic:2||HPLCDAD:2||Potato:2||chemical profiles:2||ubiquitination:2||Korea:2||Protease:2||Official compendia:2||βCarotene:2||RNA interference:2||Tocopherol:2||LCMS:2||Centrifugal partition chromatography:2||Orange gene:2||Reynoutria japonica:2||fatty acid derivatives:2||3T3L1 preadipocytes:2||Characterization:2||Ulmaceae:2||China:2||Verbenaceae:2||Abiotic stress:2||Flavonoids:2||2Methoxy6acetyl7methyljuglone:2||Adipocyte differentiation:2||Zeaxanthin:2||Antioxidant:2||melanogenesis:2||MS:2||Maackia amurensis:2||Drought stress:2||antiH:2||CitreoroseinNPs:1||Clerodendron trichotomum:1||Coordinate expression:1||Comparative evaluation:1||Cooking:1||Cordyceps militaris:1||Cork layer:1||Coumarins:1||Cultivation year:1||Cynanchum ascyrifolium:1||Cynanchum atratum:1||Cytotoxic activity:1||Daedaleopsis confragosa:1||DangGui:1||DangYak:1||Dehydroascorbate (DHA):1||Dehydroascorbate reductase (DHAR):1||Diabetes:1||Diphlorethohydroxycarmalol:1||Diphlorethohydroxycarmalol nonaacetate:1||Dissolution:1||Dual expression:1||Ecadherin:1||E. fortunei var. radicans:1||ECD:1||EJePiNaMu:1||ERK:1||Ecklonia cava:1||Electrospray ionization multistage tandem mass spectroscopy:1||Emodin:1||Estrogen receptor:1||Estrogenic activity:1||Ethnomedicinal knowledge:1||Ethonomedicine:1||Euonymus alatus:1||Euonymus japonica:1||Evaporative light scattering detection:1||Feruloylserotonin:1||Food analysis:1||Food composition:1||Fraxetin:1||Fraxinus mandshurica:1||Fraxinus species:1||GABAergic:1||Gastric ulcer:1||Gel film:1||Gil Gyung:1||Gramineae:1||Growth Characteristics:1||HO1:1||HPLC analysis:1||HPLC fingerprint:1||HPLC profiles:1||HPLCESIMS:1||HSCT6:1||HT22:1||Halenia corniculata:1||Helicobacter pylori:1||Hepatic stellate cells:1||Herbicide stress:1||High performance liquid chromatographydiode array detector coupled with electrospray ionization/mass spectrometry:1||Homeprocessing:1||IRES:1||IVM:1||IbHPPD:1||IbTC:1||Ilex dipyrena:1||Inflammation:1||Inner morphological:1||Inner morphological characteristics:1||Integrase:1||Internal ribosome entry site:1||Ishige okamurae:1||JagSalNaMu:1||JoPabNaMu:1||JoRitDae:1||Juglone derivatives:1||Ketocarotenoids:1||Korean journal:1||LCMS/MS:1||LC/MS analysis:1||Leguminosae plants:1||Lignan:1||Liquidliquid chromatography:1||Lycopene betacyclase:1||Lycopene epsiloncyclase:1||MAPK:1||MCF7 cells:1||MPP:1||Marasmiaceae:1||Maslinic acid:1||Medicinal plants:1||Melanogenesis:1||Monolayer permeability:1||Monosaccharide composition:1||Moraceae:1||Mouse models:1||NRF2:1||Naringin:1||Neoponcirin:1||Nerve growth factor (NGF):1||Neuroprotection:1||Nitrogen:1||Noncompetitive inhibition:1||NuRiJangNaMu:1||O ?Lrhamnopyranoside:1||OPLSDA:1||Oil Red O staining:1||Omija:1||Omphalotus japonicus:1||Opioidergic:1||Orange gene (IbOr):1||Orange protein:1||OsOrR115H:1||Osteoclast differentiation:1||Pglycoprotein (Pgp):1||P. obovata:1||PCA:1||PI3K:1||Paederia scandens:1||Paederol A:1||Paederol B:1||Paeonia lactiflora:1||Pancreatic lipase:1||Patatin promoter:1||Pharmacological:1||Phellinus baumii:1||Phellinus igniarius:1||Phellinus linteus:1||Phellinus pini:1||Phenolic:1||Phenylpropanoids:1||Phlomis umbrosa:1||Phophoric Acid:1||Phytoestrogen:1||Polygonatum sibiricum:1||Polygonum cuspidatum:1||Polyphenols:1||Polyporaceae:1||Polysaccharide:1||Poncirin:1||Poncirus trifoliata:1||Powder:1||Pterocarpus santalinus:1||RAW264.7:1||RGC5 cells:1||RNAi:1||ROS:1||Reactive oxygen species:1||Reynoutria species:1||Rice endosperm:1||Robinia pseudoacacia:1||Robinia pseudoacacia L:1||Root bark:1||Rosaceae:1||Rubia akane:1||Rubiaceae:1||Rutaceae:1||S. pseudochinensis:1||S. tetrapetala:1||SaCheolNaMu:1||Saccharomyces cerevisiae:1||Salix chaenomeloides:1||Sasa borealis:1||Sasam:1||Schisandra chinensis:1||Scrophularia buergeriana:1||Scrophularia ningpoensis:1||Secoiridoids:1||Seedling Cultivation:1||Serotonin:1||Serotonin derivatives:1||Sesame hairy root:1||Shashenoside I:1||Silver nanoparticles:1||Simultaneous analysis:1||Simultaneous determination:1||SinKyungCho:1||Skin aging:1||SogDan:1||Spectroscopic methods:1||Spinacia oleracea:1||Spiraea prunifolia var. simpliciflora:1||Storage:1||Swertia japonica:1||Tectoridin:1||Tectorigenin:1||Tetracyclic triterpenes:1||Thyroid receptor:1||Tocopherols:1||Transgenic carrot:1||Transgenic potato:1||Triterpene:1||Triterpenoid:1||Tryptamine 5hydroxylase:1||Tryptophan decarboxylase:1||Tyrosinase:1||Ulmus parvifolia:1||Ulmus species:1||Validation:1||Violaxanthin:1||Withania somnifera:1||Wound healing:1||Xanthones:1||Zanthoxylum planispinum:1||aglycone:1||anatomical characteristics:1||anatomical data:1||anthocyanin and carotenoid extracts:1||anthraquinone:1||anthraquinones:1||antiH. pylori activity:1||antiHelicobacter pylori activity:1||antigastric ulcer activity:1||antiinflammatory:1||antilipase activity:1||antiobesity:1||antibacterial:1||anticancer:1||apoptosis:1||betaCarotene hydroxylase:1||betacarotene hydroxylase:1||blastocyst:1||bottle culture:1||bovine:1||cMet:1||carbon dioxide concentration:1||centrifugal partition chromatography:1||chaenomelin:1||chemical analysis:1||chemical differences:1||chemoprevention:1||cleavage:1||cordycepin:1||correlation analysis:1||depigmentation:1||developmental competence:1||dibenzocyclooctadiene lignans:1||dihydrokaempferol:1||drug interaction:1||drug resistance:1||epithelial transition:1||ergostanetype steroids:1||eryodictyol:1||fermented beverage:1||fexofenadine:1||flower:1||fraxinol:1||fruiting body formation:1||gastric ulcer:1||gene expression:1||glycoside:1||heat tolerance:1||histone methylation:1||ibAGP1 promoter:1||inflammation:1||inner morphological:1||king oyster mushroom (Pleurotus eryngii):1||mTOR:1||matrix metalloproteinase:1||melatonin:1||microphthalmiaassociated transcription factor:1||microscopic characterization:1||naringenin:1||natural pigments:1||obesity:1||oocyte:1||oocyte quality:1||orange:1||orange gene (OsOr):1||orangecolored rice calli:1||orangefleshed sweet potato:1||oxidative stress:1||peroxisome proliferatoractivated receptor gamma:1||pharmacokinetics:1||phenolic glycoside:1||phytochemical:1||plasma:1||protein precipitation:1||quercetin:1||seed:1||signaling:1||skin rejuvenation:1||spirulina powder:1||steroids:1||sweet potatoes:1||sweetpotato:1||taxifolin:1||tocopherols:1||tomato:1||transforming growth factor:1||transgenic carrot:1||transgenic rice:1||triglyceride:1||tyrosinase:1||ventilation:1||wistin:1||withanolide glycosides:1||wound healing:1||αCarotene:1||αGlucosidase:1||αcarotene:1||(+)catechin:1||βcarotene:1||()catechin7OalphaLrhamnopyranoside:1||()catechin7ObetaDapiofuranoside:1||(?)Medicarpin:1||.:1||13ZbetaCarotene:1||2methoxy7acetonyljuglone:1||2A:1||2A sequence of footandmouth disease virus:1||8,4?dieckol:1||8,8′bieckol:1||?MSH:1||AKT:1||Acer tegmentosum:1||Adipogenesis:1||Afrormosin:1||Alisma orientale:1||Alismatis rhizoma:1||Alisol B 23acetate:1||Alisol B and alisol B 23acetate:1||Alisol C 23acetate:1||Alkaloid:1||Alltransbetacarotene:1||Amanita hemibapha subsp. javanica:1||Amanitaceae:1||Analgesic effect:1||Angelica acutiloba:1||Angelica koreanum:1||Angelica purpuraefolia:1||Angelica sinensis:1||Anthocyanins:1||Antiinflammation:1||Antiinflammatory activity:1||Antimelanogenic agent:1||Antineuroinflammation:1||Anticancer:1||Antifibrotic:1||Antioxidants:1||Arthrospira platensis:1||Asclepiadaceae:1||Ascorbate:1||Ascorbic acid:1||B16F10 cells:1||BaegMi:1||Begumganj upazila:1||Bicistronic:1||Biflavonoid:1||Boehmeria pannosa:1||Boehmeria species:1||Broussonetia kanzinoki:1||Broussonone Lambda:1||Cphycocyanin:1||CEA:1||CRISPRCas9:1||CaMV35S promoter:1||Caco2:1||Calceolarioside A:1||Calceolarioside B:1||Callicarpa japonica:1||Campanulaceae:1||Carotenogenesis:1||Carotenogenesisrelated genes:1||Carotenoid cleavage dioxygenase 4:1||Carrot cultivars:1||Carrots:1||Catechin derivatives:1||Catechin7:1||Chamaecyparis obtusa:1||Chemical analysis:1||Cholestane glycoside:1||

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