ScholarWorks@Gyeongsang National University: Kim, Jae Yean

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Kim, Jae Yean (김재연)

대학원 (응용생명과학부)

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Tel 0557721361
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CRISPR:13||genome editing:10||plasmodesmata:10||Plasmodesmata:9||CRISPR/Cas:6||callose:5||Metabolic engineering:5||CRISPRCas:4||E. coli:4||Genome editing:4||auxin:3||metabolic engineering:3||Arabidopsis thaliana:3||FPP synthase:3||gene editing:3||MudPIT:3||Celltocell communication:3||Cas9:3||abiotic stress:3||Proteome:3||Callose:3||Precision breeding:3||Oryza sativa:3||Recombinant E. coli:2||crop improvement:2||Parthenocarpy:2||Transcriptome:2||tomato:2||Vanillin:2||Elite tomato:2||CRISPR/Cas9:2||Escherichia coli:2||Latex:2||Homeodomain:2||Lettuce:2||salt tolerance:2||gene targeting:2||DNA repair:2||HyPRP1:2||Ferulic acid:2||Callose synthase:2||homologydirected repair:2||plant stress:2||plasmodesmata (PD):2||base editing:2||Protein fusion:2||biotic stress:2||Mass spectrometry:2||Sustainable agriculture:2||celltocell communication:2||Cas:2||receptorlike kinase:2||Intercellular trafficking:2||Targeted mutagenesis:2||repressor:2||Geraniol:2||mevalonate pathway:2||Arabidopsis:2||Farnesol:1||GABA:1||Gene targeting (GT):1||Genome engineering:1||Genomeediting:1||Genotype:1||Glucan synthaselike:1||Glucan synthaselike gene:1||Greenleaf volatiles:1||Haplotype:1||Heat stress:1||High yield:1||Holobiont:1||Homologydirected gene targeting (HGT):1||Homologydirected repair (HDR):1||Hsp90:1||Hybrid:1||IAA:1||IAA9:1||INTERCELLULAR TRAFFICKING DOF:1||IPP:1||Intercellular communication:1||Intercellular protein trafficking:1||Issue 110:1||Jointless:1||KNAT1:1||KNOTTED 1:1||KNOTTED1:1||KNOX:1||LBDgenes:1||LCMS/MS:1||Lactuca sativa:1||Laticifer:1||LbCas12a:1||Lipid raft:1||MEP:1||MMEJ:1||MVA pathway:1||Male gametogenesis:1||Mannitol/CaCl2:1||MarA:1||Marker:1||Medicinal plants:1||Mevalonate pathway:1||Microbial diversity:1||Microbial engineering:1||Microbial production:1||Mobile transcription factor:1||Momordica cochinchinensis Spreng:1||Monocots:1||Morphology:1||Movement protein:1||Movement proteins:1||Multiplexed editing:1||Mutation breeding:1||Nacetylglucosaminyltransferase I:1||Nglycan maturation:1||Natural heterografting:1||New plant breeding techniques:1||Next generation sequencing:1||Nicotine:1||Noncell autonomous:1||Noncell autonomous protein:1||Noncellautonomous:1||Orchardgrass:1||Organic soil carbon:1||Orthologs:1||Oryza sativa L.:1||OsPex5pL:1||OsPex5pS:1||P. eryngii:1||PBZ1:1||PCD:1||PD callose:1||PITCh:1||PTGS:1||Phenylpropanoids:1||Phloem:1||Phosphatases:1||Phragmites:1||Plant defense:1||Plant diseases:1||Plant growthpromoting rhizobacteria:1||Plant health management:1||Plant volatiles:1||Plantsoilmicrobe interaction:1||Plasma membrane:1||Plsamodesmata:1||Pollen:1||Pollen mitosis:1||Pollination:1||Priming effect:1||Promoter:1||Proteomics:1||Pumpkin:1||RAPD:1||REMI:1||RNA trafficking:1||RNAi:1||RNase activity:1||ROS perception:1||RecA:1||Receptorlike kinase:1||Receptorlike protein/kinase:1||Reed:1||Rhizomicrobiome:1||Rhizosphere:1||Rubus idaeus cv. Nova:1||SOS response:1||SRFR1:1||Salt stress:1||Secondary metabolites:1||Sesquiterpene:1||Sesuvium portulacastrum:1||Silencing spread:1||Sitedirected mutagenesis:1||SlANT1:1||Small RNA:1||SnRK2:1||Soil fertility:1||Soil microbial biomass:1||Soilplantmicrobial interactions:1||SpCas9:1||Spread of RNA silencing:1||Stress:1||Stress tolerance:1||Superfoods:1||Symplasmic signaling:1||Synthetic biology:1||TALEN:1||TYLCV:1||TYLCV resistance:1||Targeted random mutagenesis:1||Terpenoid tolerance:1||Terpenoids:1||Thermotolerance:1||Tobacco:1||Tomato:1||Transcription factor:1||Variation:1||Virus:1||Z,EFPP:1||Z,EFarnesol:1||ZNF:1||abiotic and biotic stress:1||abiotic stresses:1||abscisic acid:1||acetylCoA:1||alphaFarnesene:1||alternative endjoining:1||alternatively spliced variants:1||aniline blue:1||apoplastic signaling:1||atypical kinases:1||auxin binding:1||bacterial effectors:1||beta1:1||beta1,3glucanase:1||betaCarotene:1||betaoxidation:1||biotic stresses:1||callus:1||carotenoids:1||cas:1||cell wall proteins:1||celltocell movement:1||cellulose synthesis:1||central dogma:1||cisActing elements:1||citrate synthase:1||climate change:1||climateresilient crops:1||coatomer proteins:1||crop engineering:1||cytokinin signaling:1||development:1||dicot:1||drought stress:1||drought tolerance:1||dual base editor:1||endoplasmic reticulum (ER) stress:1||environmental stresses:1||farnesol:1||fungal effectors:1||fungal necrotrophs:1||gainoffunction:1||geminiviral replicon:1||gene regulation:1||genetic engineering:1||glucan synthaselike:1||glyoxylate bypass:1||heat stress:1||heat stress tolerance:1||heterologous expression:1||homeodomain:1||hormone:1||hormone receptor:1||host defence mechanism:1||hygromycin:1||hypocotyl:1||immunochemistry:1||independent component analysis (ICA):1||inhibition of tauprotein phosphorylation:1||intercellular protein trafficking:1||intercellular signaling:1||intercellular signalling:1||isopentenyl diphosphate:1||isoprenoid biosynthesis pathway:1||lateral root:1||lightdependent expression:1||lignin biosynthesis pathway:1||lycopene:1||mass spectrometry:1||medicinal plants:1||membranebound vesicle:1||mevalonate:1||miRNA:1||microbial engineering:1||microbiome:1||microhomology:1||molecular dynamics simulation:1||monocot:1||multireplicon:1||multistress tolerance:1||mutant:1||new plant breeding techniques:1||noncellautonomous proteins:1||noncellautonomous transcription factor (NCATF):1||noncell autonomous:1||osmotic:1||p23:1||p25 inhibition:1||pathogenesisrelated (PR) proteins:1||peroxisomal targeting signal 1 (PTS1):1||pharmacophore modeling:1||phosphatase:1||phosphorylation:1||plant–biotic interactions:1||plant development:1||plant disease resistance:1||plant growth promotion:1||plant immune response:1||plant immunity:1||plant microbiome:1||plant resistance:1||polygenic traits:1||potato:1||powdery mildew:1||precise gene editing:1||precision breeding:1||precision gene editing:1||precision genome engineering:1||precision plant breeding:1||prenyl diphosphate:1||prime editing:1||protein phosphatases:1||protein trafficking:1||proteomics:1||pyrrolidine2:1||receptorlike kinase (RLK):1||receptorlike kinases:1||receptorlike protein:1||rice:1||salinity:1||secondary cell wall biogenesis:1||singlestrand annealing (SSA):1||specialized metabolites:1||sphingolipid enzymes:1||symplasmic contiunity:1||symplasmic movement:1||symplastic trafficking:1||synthetic biology:1||tomato breeding:1||trait improvement:1||trait introgression:1||transcription factor:1||transcription factor (TF):1||transcription factors:1||transformation:1||tropism:1||twodimensional gel electrophoresis:1||unfolded protein response (UPR):1||vanillin:1||3dione:1||zinc finger motif:1||3glucan:1||6:1||8hydroxypyrene1, 3, 6trisulfonic acid (HPTS):1||A622:1||ABA:1||ABI1:1||ABI2:1||ABP1:1||ADF3:1||Abscisic acid:1||Aleurone layer:1||Alkaloid:1||Alzheimer's pathology:1||Anthocyanin:1||Apoplasmic signaling:1||Asteraceae:1||AtDof4.1 SRD:1||Aux:1||Auxin signaling:1||BBL:1||BREVIPEDICELLUS:1||Base editing:1||Base editors:1||Bioformulation:1||Biological control agents:1||Biotechnology regulation:1||CLRLK1:1||CRISPRCas9:1||Carbon sequestration:1||Carotenoid:1||Cdk5:1||Cell plate:1||Cell wall:1||Cell wall proteomics:1||Celltocell:1||Celltocell spread:1||Cellular Biology:1||Chaperone:1||Cochaperone:1||Codon optimization:1||Communication:1||Conventional breeding:1||Cpf1:1||Crop breeding:1||Cucurbita maxima:1||DSB repair:1||De novo assembly:1||Defense:1||Digital gene expression:1||Directed evolution:1||Dof:1||Dual base editors:1||Efflux pump:1||Embryo:1||Endoplasmic reticulum:1||Extracellular matrix:1||FPP synthesis:1||

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