ScholarWorks@Gyeongsang National University: Lee, Kyun Oh

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Lee, Kyun Oh (이균오)

대학원 (응용생명과학부)

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Tel 0557721364
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gene expression:4||ER stress:4||Arabidopsis thaliana:3||transgenic plant:3||UPR:3||Thioredoxin:2||holdase chaperone:2||inhibitory activity:2||Rice:2||foldase chaperone:2||chaperone:2||Polycomb group protein:2||Promoter:2||cysteine peptidase:2||Seed development:2||plant development:2||Nglycan:2||Oryza sativa:2||disulfide reductase:2||Arabidopsis:2||Customization:1||Cysteine proteinase inhibitor:1||DNA binding:1||Ecadherin:1||ER homeostasis:1||EZ:1||Embryo:1||Endoplasmic reticulum stress:1||Endoplasmic reticulumassociated:1||Endoreduplication:1||Epithelialmesenchymal transition:1||FIE:1||Functional switching:1||GUS expression:1||Genotoxic stress:1||Glycinerich RNAbinding protein:1||Glycoengineering:1||GnTII:1||Gnetum gnemon:1||HY5:1||Isotopic glucose:1||Jasmonic acid:1||Kinase:1||Knockout mutant:1||LIM domain:1||Leucinerich repeat receptorlike kinase:1||Mass spectrometry:1||Metabolic labeling:1||Molecular farming:1||Nglycan formation:1||Nglycosylation:1||NADPHdependent thioredoxin reductase:1||NBTs:1||OsEZ1:1||OsMOGS:1||OsPLIM2a:1||OsPex5pL:1||OsPex5pS:1||P58(IPK):1||PP2A:1||Peroxidase activity:1||Peroxiredoxin:1||Phosphatase:1||Plant 2Cys peroxiredoxin:1||Plantmade pharmaceuticals:1||Plants:1||Protein chaperone:1||Protein folding:1||Protein synthesis:1||Quality control:1||Quantitative glycomics:1||RCN1:1||RDR6:1||RNA chaperone:1||RNA folding:1||RNA interference:1||Ribosome:1||Rice (Oryza sativa):1||SELEX:1||Salicylic acid:1||Seed size:1||Stress:1||TGFbeta 1:1||Tiller number:1||Transgenic plant:1||Unfolded protein response:1||Unfolded protein response (UPR):1||Yedox:1||abscisic acid:1||alpha 1, 3fucosyltransferase:1||alternatively spliced variants:1||antioxidant:1||aptamer:1||auxin:1||auxin transport:1||betaoxidation:1||cellulose synthesis:1||cisActing elements:1||crop improvement:1||cysteine proteinase:1||degradation:1||dicot:1||doublestranded RNA:1||endoplasmic reticulum (ER) stress:1||fenitrothion:1||fluorescence:1||free radical scavenging:1||functional diversity:1||functional switching:1||gene editing:1||gene silencing:1||genome editing:1||gibberellic acid:1||glycosylation:1||gravitropic response:1||hPrx1:1||hairpin RNA:1||heat stress:1||heatshockresistance:1||inhibitory activity phytocystatin:1||insecticide:1||lightdependent expression:1||microarray analysis:1||molecular chaperone:1||monocot:1||peroxidase:1||peroxisomal targeting signal 1 (PTS1):1||phosphatase:1||plant peroxiredoxin:1||protein:1||protein fractions:1||recombinant protein:1||regeneration:1||rice (Oryza sativa L:1||root development:1||sense and antisense:1||singlestranded RNA:1||stability:1||stress response:1||structural change:1||structural diversity:1||thermotolerance:1||thioflavin T:1||thioredoxin:1||thioredoxin h:1||transformation:1||):1||unfolded protein response (UPR):1||ray:1||Abscisic acid:1||Actin cytoskeleton:1||Aleurone layer:1||Antifungal activity:1||Apoptosis:1||AtDabb1:1||BAK1:1||BRI1:1||Brassinosteroids:1||CRISPRCas:1||Calcium:1||Calmodulin:1||Cantharidin:1||Cell cycle arrest:1||Cell elongation:1||Chaperone:1||Chinese cabbage:1||Cryoprotective activity:1||

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