ScholarWorks@Korea University: Lee, Ho joung

Detailed Information

Lee, Ho joung (이호정)

Graduate School (Department of Plant Biotechnology)

Research Area

Tel 3006
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Arabidopsis thaliana:22||Arabidopsis:12||Anthocyanin:10||Melissa officinalis:5||anthocyanin:5||Salt stress:4||PGPR:4||nitrate reductase:3||Auxin:3||Sucrose:3||Abscisic acid:3||MYB transcription factor:3||salt stress:3||Abiotic stress:3||ABA:3||Salinity:2||PAP1:2||Fungal identification:2||flavonoid:2||nitrate:2||salt stress tolerance:2||Metabolite profiling:2||Gas chromatographymass spectrometry:2||sucrose:2||Flavonol:2||abiotic stress:2||Flavonoids:2||photomorphogenesis:2||Glucosamine:2||Sodium butyrate (NaB):2||NRT2:2||Puccinia triticina:2||endoplasmic reticulum:2||Brassica napus:2||heat stress:2||Reactive oxygen species:2||Stored rice:2||Penicillium fellutanum:2||Nitrate:2||Rice mycoflora:2||Triticum aestivum L:2||leaf rust:2||Drought stress:2||Nitrate reductase:2||CHL1:1||Seedling stage:1||Aegilops tauschii:1||Recovery:1||CycB1:1||plastidial glucose6phosphate/phosphate translocator:1||ABI1:1||Triticum aestivum:1||heat shock protein:1||Histone deacetylase inhibitors (HDIs):1||Anthocyanins:1||Osmotic stress:1||MYBH:1||aflatoxin:1||Hsp70:1||antioxidant activity:1||developmental specific expression:1||differentially expressed genes:1||Hexokinase:1||expansin:1||ethylene:1||nitrate availability:1||salicylic acid:1||beta1,3Glucanase:1||Synthetic wheat:1||endoplasmic reticulum (ER) stress:1||GFAT:1||pollendependent transmission defect:1||bread wheat:1||peroxidase:1||ttg1:1||UVB:1||Lactuca sativa:1||ABI2:1||Root growth:1||AtMYBD (AT1G70000), circadian clock:1||MYBD (AT1G70000):1||flavonols:1||multidrug and toxic compound extrusion transporter 1:1||t123:1||Salt overly sensitive:1||Root development:1||COR15a:1||Cell wall:1||Cold stress:1||phase transition:1||invertase:1||histone modification:1||Germination test:1||IAA production:1||chloroplast:1||Leaf rust resistance:1||UDPGlcNAc:1||AtMyb56:1||Myb transcription factor:1||Antioxidant:1||wheat:1||MYBL2 (AT1G71030):1||histone acetylation:1||flavonoids:1||quercetin:1||Epigenetic:1||hypocotyl elongation:1||TTG1:1||hypopigmentation:1||production of anthocyanin pigment 1:1||EIN2:1||Galactinol synthase:1||NagB:1||ROS:1||microbial population:1||TDNA insertion:1||Chalcone synthase:1||gin21:1||GlutathioneStransferase:1||IAA genes:1||salinity:1||ABA accumulation:1||nitric oxide:1||retrograde signaling:1||Ct1:1||Ecotypes:1||NRT1.1:1||Sodium:1||synthetic wheat:1||common wheat:1||plant metabolomics:1||Wheat cultivar:1||3Glucanase:1||pollen germination:1||Paenibacillus pabuli P7S:1||NCED3:1||AtMYBLO (AT5G04760):1||Rosette leaf:1||Abscisic acid (ABA):1||MYBrelated:1||cytokinin:1||Cyclophilin:1||DeB30:1||Trichostatin A (TSA):1||Rosmarinic acid:1||Extraction:1||identification:1||Chitinaselike protein:1||Functional redundancy:1||Lignin:1||principal components:1||Auxinresponsive genes:1||reverse transcriptionpolymerase chain reaction:1||Arabidopsis Ler:1||tRNA adenosine deaminase arginine:1||Nitric oxide:1||Potassium:1||nitrate signaling:1||NITROGEN RESPONSE DEFICIENCY 1:1||Bacillus subtilis strain L1 (Bs L1):1||hexosamine biosynthesis pathway:1||Nitrogen use efficiency:1||PAP1D/fls1ko:1||AtMybLO:1||protein folding:1||quality control:1||oilseed:1||transgenic plants:1||tyrosinase:1||abscisic acid:1||Col0:1||Myblike gene:1||biotic stress:1||Silicate:1||CyclinB1:1||PnIHB:1||secretory pathway:1||Histone acetylation:1||flavonoid transporter:1||zein:1||auxin:1||PIF:1||Response surface methodology:1||sucrose concentrations:1||NPA:1||stress tolerance:1||NLP7:1||lateral roots:1||Water shortage:1||protein Nglycosylation:1||breading material:1||Chokyeong:1||Keumgang:1||DFR:1||CNX/CRT cycle:1||FLS1:1||lipid metabolism:1||ER stress:1||reactive oxygen species:1||unfolded protein response:1||PIN1:1||Root growth inhibition:1||MYB60:1||Purification:1||Aspergillus candidus:1||rice:1||MSR4:1||COR genes:1||HDA15 gene:1||salt stress resistance:1||root system architecture:1||jasmonic acid:1||Relative water content:1||Nitrogen fertilizers:1||Low nitrogen:1||Flavonoid:1||UDPglycosyltransferase 78D1:1||malondialdehyde:1||BnFLS:1||Calreticulin:1||Water stress:1||Guard cell:1||lemon balm (Melissa officinalis):1||UVirradiation:1||Glms:1||Lemon balm:1||Aspergillus flavus:1||Aspergillus fumigatus:1||anthocyanins:1||phytohormones:1||UV stress:1||PAP1/MYB75:1||ARA2:1||annealing control primers:1||Pyrus pyrifolia:1||invertase inhibitor:1||Arabidopsis Col0:1||polar auxin transport:1||ABI5:1||Salt stress tolerance:1||

RSS_1.0 RSS_2.0 ATOM_1.0

145 Anam-ro, Seongbuk-gu, Seoul, 02841, Korea+82-2-3290-2963

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE