ScholarWorks@Gyeongsang National University: Kim, Woe Yeon

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Kim, Woe Yeon (김외연)

대학원 (응용생명과학부)

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Tel 0557722583
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Arabidopsis thaliana:10||Arabidopsis:9||GIGANTEA:6||circadian clock:5||Reactive oxygen species:5||HOS15:4||Structurefunction relationship:3||SOS1:3||reactive oxygen species:3||reactive oxygen species (ROS):3||Polyclonal antibody:3||Oxidative stress:3||auxin:3||Biotic stress:3||Circadian clock:3||ER stress:3||Hydroxycinnamic acid amides:3||Plant immunity:2||Herbicide resistance:2||humic acid:2||salinity:2||Plantbased vaccine:2||salt stress:2||FKF1:2||light signaling:2||Chaperone:2||GIGANTEA (GI):2||soybean:2||Tomato:2||Truncation:2||NaCl:2||Tunicamycin:2||Nicotiana benthamiana:2||UPR:2||RIN4:2||Humic acid:2||Humic substances:2||disulfide reductase:2||Humification:2||transcriptome:2||drought stress:2||IRE1:2||ubiquitination:2||abiotic stress:2||ethylene:2||Bacterialike particle:2||PAMPtriggered immunity:2||Dimerization:2||antiinflammation:2||Parthenocarpy:2||plant:2||COP1:2||Brassica rapa:2||plant immunity:2||Growth:2||Phenylpropanoid pathway:2||HKT1:2||HSP90:2||Antioxidant:2||Elite tomato:2||Plant growth and development:2||redox:2||Hormones:1||IAA9:1||Immunity:1||Insulinbinding protein:1||Iridovirus:1||Italian ryegrass:1||Jasmonic acid:1||Jointless:1||LOV domain:1||Lactococcus lactis:1||Lignin valorization:1||Major capsid protein:1||Medicinal plants:1||Molecular mechanism:1||Multimeric protein complex:1||NGlycosylation:1||NADPHdependent thioredoxin reductase (NTR):1||NADPHdependent thioredoxin reductase A:1||NADPHdependent thioredoxin reductase C:1||NADPHthioredoxin reductase type C (NTRC):1||NPR1:1||Nucleoredoxin:1||OST1:1||Oligomerization:1||Oryza sativa:1||OsDWD1:1||OsNPR1:1||PAMP triggered immunity:1||PIF3:1||PPO:1||Passive immunity:1||Pathogen:1||Phenol derivative:1||Photoperiod:1||Photoperiodic flowering:1||Phytochrome:1||Phytochromeinteracting factors:1||Plant biotic and abiotic stress:1||Plant defense:1||Plant germination:1||Plant innate immunity:1||Plant stimulation:1||Polymer engineering:1||Porcine deltacoronavirus:1||Protein degradation:1||Protoporphyrinogen oxidase:1||QSOX1:1||RD29A:1||RINGH2type E3 ligase:1||RNAi:1||Rapid vulnerability assessment:1||Regrowth:1||Retrograde signaling:1||SOS pathway:1||SOS2:1||SOS3:1||Salicylic acid:1||Salinity:1||Salt stress resistance:1||Salt tolerance:1||Senescence:1||SlANT1:1||SlNRX1:1||Soil organic matter:1||Solanum tuberosum:1||Solitary hunting wasp:1||Soluble expression:1||Spike protein:1||StTAA:1||StYUCCA:1||Stomata:1||Suaeda aralocaspica:1||Sustainability:1||TARGET OF RAPAMYCIN:1||TOC1:1||TYLCV resistance:1||Thioredoxin:1||Thioredoxinh2:1||Tiafenacil:1||Timing of flowering:1||Tissue culture:1||Trxh2(G:1||Tyrosine decarboxylase:1||UPR signaling pathway:1||USP:1||Unfolded protein response:1||Venom:1||Water deficit:1||Xoo:1||YUCCA:1||ZEITLUPE:1||Zeitlupe:1||abiotic stress tolerance:1||abiotic/biotic defense signaling:1||acidic ribosomal Pproteins:1||anticancer drug:1||arabidopsis:1||asparagine:1||asparagine biosynthesis:1||aspartate aminotransferase:1||bacterialike particle (BLP):1||basal defense:1||betacatenin:1||biotechnological application:1||brassinosteroid (BR) signaling:1||breast carcinoma:1||calcium:1||cancer:1||cell cycle:1||cell signaling:1||cellular protection:1||chitin:1||chloroplast development:1||chromatin remodeling:1||circadianrelated gene:1||cold:1||cold stress:1||cold stress response:1||corepressor:1||crosstalk:1||cryptochrome:1||crystal structure:1||cullinRING ligases:1||cytosolic carbon metabolism:1||deacetylation:1||defense response:1||demyristoylation:1||derepression:1||dimorphic chloroplast:1||drought:1||effectortriggered immunity:1||endoplasmic reticulum (ER) stress:1||endoplasmic reticulum stress:1||endoplasmic reticulumassociated degradation (ERAD):1||epigenetic regulation:1||ethnobotany:1||external stress:1||flowering response:1||flowering time:1||foldase and holdase chaperone functions:1||free amino acids:1||freezing stress:1||fungal laccases:1||fungal pathogen:1||gas chromatography&:1||germination:1||growth:1||heat response:1||heat shock:1||heat stress:1||heat tolerance:1||heatshockresistance:1||heavy metal tolerance:1||hepatocellular carcinoma:1||histone:1||histone acetylation:1||histone acetyltransferases:1||histone deacetylases:1||horizontal gene transfers:1||hormones:1||humic acids:1||hypocotyl elongation:1||inducible nitric oxide synthase:1||inflammatory disease:1||light intensity:1||longterm abiotic stress:1||low ambient temperature:1||malate valve:1||mass spectrometry (GCMS):1||medicinal plants:1||metabolite:1||misfolded proteins:1||mitochondria:1||mitogenactivated protein kinase:1||molecular chaperone:1||molecular mechanism of USPs:1||multifunctional roles:1||multivalent vaccine:1||myristoylation:1||natural variation:1||naturally occurring phenols:1||nickel stress:1||nuclear factorkappa B:1||nuclear factorlike 2/heme oxygenase1:1||nuclear translocation:1||oligomeric complexes:1||overharvesting:1||peat moss:1||phosphoinositide 3kinase:1||photoperiodic flowering:1||phytochemical:1||phytochrome B:1||phytohormone:1||plant ER stress:1||plant circadian clock:1||plant flowering:1||plantbased vaccine:1||plasma membrane:1||pleiotropic roles of CBFs:1||polyploid genome:1||potato:1||powerdress (PWR):1||protein chaperone:1||protein degradation and stability:1||proteinfolding capacity:1||reactive nitrogen species (RNS):1||red lightmediated plant growth:1||redox relay:1||redox sensor:1||redox signaling:1||rhythmic gene:1||salt compensation:1||salt overly sensitive pathway:1||salt tolerance:1||senescence:1||signal transduction:1||singlecell C4 photosynthesis:1||small GTPase:1||sodium transport:1||stress response:1||stressrelated gene:1||structural and functional switching:1||structural change:1||tetrahydropyridinol derivatives:1||thermotolerance:1||thiol reductase:1||thiolreductase:1||thioredoxin h:1||thioredoxin h2:1||traditional knowledge:1||transcriptome analysis:1||transgenic Arabidopsis:1||trimeric HA:1||ubiquitin ligase:1||ubiquitin/26S proteasome:1||unfolded protein response:1||universal stress protein:1||veratric acid:1||#8211:1||yuc61D:1||4Coumarate: CoA ligase:1||A) point mutation variant:1||ABA signaling:1||ABI1/2:1||ABI4:1||ATL2:1||Akt:1||Alfalfa:1||Amaranthus hypochondriacus:1||Anthropogenic activity:1||Antioxidant system:1||Apolipophorin III:1||Asn synthetase:1||Auxin signaling:1||AvrB:1||AvrRpm1:1||AvrRpt2:1||Bacterial growth:1||Bienertia sinuspersici:1||Biodiversity:1||Brassica napus:1||Butafenacil:1||Crepeat binding factors (CBFs):1||CCA1:1||CDNB assay:1||CONSTANS:1||CP: Molecular biology:1||CP: Plants:1||CRISPR/Cas9:1||CUL4based E3 ligase:1||Cell wall:1||Chloroplast biogenesis:1||Circadian clocks:1||Copolymeric derivatives:1||Conservation:1||Conventional breeding:1||Coronatine:1||Coumaroyl tyramine:1||Crossreactivity:1||Cytoplasm:1||Drought:1||Drought stress:1||E3 ligase:1||Effector triggered immunity:1||Effectortriggered immunity:1||EpIBP:1||Foldase chaperone:1||GI j protein stabilization:1||GIGANTE:1||GSNOR:1||Glucose:1||Golden2like 1 (GLK1):1||Gracilariopsis chorda:1||Gurung ethnic group:1||HDA9:1||Heat shock protein 90:1||Heat stress:1||Heterologous expression:1||Hexokinase:1||High salinity:1||High yield:1||

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