ScholarWorks@Gyeongsang National University: Chung, Woo Sik

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Chung, Woo Sik (정우식)

대학원 (응용생명과학부)

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Tel 0557721363
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Arabidopsis:25||Calmodulin:8||Phosphorylation:8||MAP kinase:7||Osmotic stress:4||transcription factor:4||Calcium:4||transgenic plant:3||Transcription factor:3||Cadmium:3||MPK:3||gene expression:3||MYB transcription factor:2||promoter:2||Pathogen:2||Pathogen resistance:2||C2H2type zinc finger:2||fluorescence:2||Ca2+ATPase:2||Phosphatase:2||Rice:2||Kinase:2||ZAT10:2||ABA signaling:2||soybean (Glycine max):2||Zinc finger protein:2||SELEX:2||NPR1:2||abscisic acid:2||Flavonoid:2||Heavy metal:2||Salicylic acid:2||auxin:2||MAPK:2||vacuole:2||Oryza sativa:2||Potato:2||calcium:2||calmodulin:2||Signal transduction:2||Disease resistance:2||ER stress:2||pathogen:2||Arabidopsis thaliana:2||PR1:2||Stress:2||plant defense signaling:2||plasma membrane:2||IAA8:1||Induced systemic resistance:1||Inhibitory effects:1||Isoform:1||Jasmonic acid:1||KNOX:1||KNOX genes:1||Kaempferol:1||LBDgenes:1||MALDITOF:1||MALDITOF MS:1||MKK4:1||MKKK20:1||MPK3:1||MPK6:1||Metabolites:1||Metabolomics:1||Mitogenactivated protein kinase (MPK):1||Mitogenactivated protein kinase phosphatase (MKP):1||NAC:1||NAD kinase:1||NCED3:1||Na+/K+ transporter:1||Nickel ion:1||OST1:1||Orobanchaceae:1||OsBWMK1 gene:1||P58(IPK):1||PAMP:1||PIAStype SUMO E3ligase:1||PP2A:1||PTI:1||Paenibacillus polymyxa E681:1||Pathogenrelated gene:1||Pathogenesisrelated gene:1||Phenylalanine ammonia lyase:1||Phostag:1||Phosphodiesterase (PDE):1||Plant:1||Plant 2Cys peroxiredoxin:1||Plant defense response:1||Plant defense responses:1||Plant growthpromoting rhizobacteria:1||Plant proteomics:1||Promoter:1||Protein:1||Protein kinases:1||Protein phosphorylation:1||Protein synthesis:1||Proteomic analysis:1||Proteomics:1||Pseudomonas:1||Quercetin:1||RCN1:1||RD29A:1||RINGH2type E3 ligase:1||ROS perception:1||Reactive oxygen species:1||Receptorlike kinase:1||Receptorlike protein kinase:1||Ribosome:1||Root:1||Roucongrong:1||SA:1||SGR family:1||SIZ:1||SUMO:1||SUMO binding proteins:1||Salt:1||Salt adaptation:1||Salt stress:1||Shoot Gravitropism:1||Shortterm response:1||Small C2domain protein:1||SnRK2:1||Soft rot:1||Solidphase screening:1||Soybean (Glycine max):1||Stress memory:1||Substrate:1||Substrates:1||Sumoylation:1||TOF:1||Thioredoxin:1||Tolerance:1||Transgenic plant:1||UPR:1||Unfolded protein response (UPR):1||Vacuole formation:1||YCF1:1||ZAT11:1||abiotic and biotic stress:1||abiotic stress:1||alternative promoter:1||alternative splicing:1||aptamer:1||atypical kinases:1||bacterial blight pathogen:1||binding affinity:1||biosensor:1||callose:1||carbon:1||chitin:1||ciselement:1||constant:1||cysteine peptidase:1||defense:1||defense response:1||dehydration responsive element:1||dissociation:1||drought stress:1||energy:1||environmental stress:1||fenitrothion:1||flavonoid:1||flg22:1||flowering time:1||food contaminant:1||fungal pathogen:1||gainoffunction:1||gene expression regulation:1||gene regulation:1||gibberellic acid:1||glycophyte:1||halophyte:1||heat stress:1||heavy metal tolerance:1||hypersensitive response:1||inhibitory activity:1||insecticide:1||insecticide detection:1||lateral root:1||leaf differentiation:1||localization:1||mass spectrometry:1||membrane:1||meristem:1||microarray analysis:1||mitochondria:1||naringenin:1||nitric oxide (NO):1||nitric oxide synthase (NOS):1||osmoprotectant:1||outer membrane:1||pathogen resistance:1||phosphorylation:1||phytochelatin synthase:1||plasmodesmata:1||protein:1||protein degradation and stability:1||protein phosphatases:1||protein stability:1||proteomic analysis:1||proteomics:1||reactive oxygen species:1||receptorlike kinase (RLK):1||receptorlike kinases:1||repressor:1||rice:1||rice blast fungus:1||salicylic acid:1||salt stress:1||salt tolerance:1||seed germination:1||splice variant:1||ssDNA aptamer:1||starch:1||stress response:1||substrate:1||sumoylation:1||thermotolerance:1||thioflavin T:1||transgenic plants:1||ubiquitin/26S proteasome:1||2DE:1||voltagedependent anion channel:1||ABA:1||ABI1/2:1||ABI2:1||ABI3:1||ABI5:1||ASYMMETRIC LEAVES1:1||ATL2:1||Abiotic stress:1||Abscisic acid:1||Amyloplast sedimentation:1||AtERF72:1||Aux:1||Bacterial volatiles:1||Ca2+/phospholipid binding:1||CaMbinding protein:1||Ca^2+ATPase:1||Callus suspensioncultured cells:1||Calmodulin (CaM):1||Calmodulin binding protein:1||Calmodulinlike protein (CML):1||Cantharidin:1||Cell division:1||Chaperone:1||Ciselement:1||Cistanche deserticola:1||Cruciferae:1||DNA binding activity:1||DREB2C:1||Electrophoresis mobility shift assay:1||Endodermis:1||Erwinia (soft rot):1||Ethylene:1||Eutrema parvula:1||FLC:1||Fabaceae:1||Functional switching:1||Fungus:1||Gene cloning and characterization:1||Gene expression:1||Germination:1||Gibberellic acid:1||GmZFHD1:1||Gravity sensing:1||HKT1:1||HOS15:1||Heat stress:1||IAA:1||

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