ScholarWorks@Gyeongsang National University: Hong, Jong Chan

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Hong, Jong Chan (홍종찬)

대학원 (응용생명과학부)

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Tel 0557721353
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Arabidopsis thaliana:6||Transcription factor:4||molecular dynamics simulations:4||Arabidopsis:4||molecular docking:4||virtual screening:4||CONSTANS:4||pharmacophore modeling:3||MM:3||ER stress:3||PBSA:3||Bbox protein:2||marine natural products:2||Molecular docking:2||Virtual screening:2||ssDNA aptamer:2||defense response:2||FLOWERING LOCUS T:2||CRISPRCas:2||Kinase:2||effectortriggered immunity:2||Pathogen resistance:2||plant development:2||RKIP:2||Flowering time:2||Stress:2||fluorescence:2||Phosphatase:2||fungal pathogen:2||Calmodulin:2||AtHB23:2||binding free energy:2||SELEX:2||Binding free energy:2||HY5:2||UPR:2||mTOR:2||Chinese cabbage:1||Chlamydomonas:1||Colorimetric detection:1||Contaminants:1||Cytochrome c oxidase:1||Detection:1||Detoxification:1||Disease diagnostics:1||EMSA:1||Endodermis:1||Environment:1||Environmental cleanup:1||Environmental monitoring:1||FT:1||Flavonoid:1||Florigen:1||Fluorescence:1||Food analysis:1||Food safety:1||Food sensor:1||Forensics science:1||G4quadruplex (G4Q):1||GDS1:1||GLK1 transcription factor:1||Gene expression:1||Gene regulation:1||GnTII:1||Gravity sensing:1||HADDOCK:1||HDZip I:1||HDZip protein:1||HIV:1||Halophytes:1||Heavy metal toxicity:1||Heparanase:1||Heterodimer:1||Homeodomainleucine zipper:1||Homodimer:1||Homology modeling:1||HopA1(Pss61):1||Human Health:1||Hyperaccumulators:1||IAA:1||Inverse PCR analysis:1||Jasmonic acid:1||KNAT1:1||KNOTTED1:1||KNOX:1||LBDgenes:1||LOX2:1||MM/PBSA:1||MMPBSA:1||MPK:1||MYB:1||Malathion:1||Molecular Dynamics Simulations:1||Molecular diagnostics:1||Molecular dynamics simulations:1||Multiabiotic stress:1||Myblike helix turn helix transcriptional regulator:1||Nglycan:1||NAC transcription factor:1||NBTs:1||NPR1:1||NSCLC:1||Nuclear speckles:1||OBF4:1||Omics approaches:1||Organophosphate chemical (OPC):1||Orthologs:1||P1BS ciselement:1||P58(IPK):1||PHL1:1||PLA(2)gamma:1||PP2A:1||Pathogen:1||Perresidue energy contribution:1||Pesticide detection:1||Phosphorylation:1||Photoperiod:1||Phytohormones:1||Phytoremediation:1||Plant growth and development:1||Plants:1||Pointofcaretesting:1||Portable biosensors:1||Precision health:1||Protein synthesis:1||Pseudomonas syringae:1||Quantification:1||Quercetin:1||RCN1:1||RET:1||RINGH2type E3 ligase:1||RNA methylations:1||ROS1 kinase:1||RPS6:1||Regulatory pathways:1||Ribosome:1||SA:1||SGR family:1||SRFR1:1||STF1:1||SWEET11:1||Salicylic acid:1||Salt stress:1||Senescence:1||Sequencing:1||Sesuvium portulacastrum:1||Shoot Gravitropism:1||Signaling:1||Singlecell transcriptomics:1||Spectroscopy:1||Splicing:1||Substrate:1||TCP transcription factor:1||TCP transcription factors:1||TCP20:1||TCP4:1||TCX8:1||Thermotolerance:1||Toxic chemical contaminants:1||Transporters:1||Unfolded protein response (UPR):1||Vacuole formation:1||Water analysis:1||Yeast two hybrid screen:1||Yeast twohybrid:1||ZAT10:1||ZDOCK:1||Zinc finger protein:1||abiotic stress:1||abscisic acid (ABA):1||agricultural improvement:1||algae:1||antioxidants:1||aptamer:1||auxin:1||bZIP transcription factors:1||binding affinity:1||binding free energy calculations:1||binding sites prediction:1||biosensor:1||celltocell communication:1||chitin:1||circadian clock:1||constant:1||cotyledon development:1||cytochrome c:1||deetiolation:1||dissociation:1||drought:1||drug resistance:1||effector:1||endoplasmic reticulum (ER) stress:1||fenitrothion:1||flavonoids:1||flowering time:1||food contaminant:1||functional diversity:1||gainoffunction:1||gene editing:1||gene regulation:1||homoeologous gene editing:1||in silico ADMET:1||inhibitors:1||insecticide:1||insecticide detection:1||intercellular protein trafficking:1||lateral root:1||light signaling:1||mTOR kinase:1||miRNA:1||microarray analysis:1||mitochondrion:1||molecular chaperone:1||molecular docking studies:1||molecular dynamics simulation:1||molecular dynamics simulations analysis:1||noncellautonomous transcription factor (NCATF):1||pharmacokinetic properties:1||photomorphogenesis:1||photoperiodic pathway:1||plant disease resistance:1||plasma membrane:1||plasmodesmata:1||plasmodesmata (PD):1||polyploid:1||precise gene editing:1||precision plant breeding:1||prime editing:1||promoter analysis:1||protein–protein interaction:1||protein dimerization:1||protein trafficking:1||proteinprotein docking:1||quantitative traits:1||reactive oxygen species (ROS):1||repressor:1||resistant protein:1||root development:1||salinity:1||selenocysteine:1||selenoprotein:1||software:1||ssDNA Aptamers:1||stress:1||stress response:1||structural change:1||structural diversity:1||structurebased pharmacophore:1||structurebased pharmacophore modeling:1||sugar response:1||synthetic biology:1||thioflavin T:1||thioredoxin (TRX) family proteins:1||transcriptional regulation:1||ubiquitin/26S proteasome:1||unfolded protein response (UPR):1||writers:1||ACGT motif:1||yeast twohybrid assay:1||ANAC032:1||ANAC083:1||AP2/ERF transcription factor:1||ASYMMETRIC LEAVES1:1||ATL2:1||ATPcompetitive inhibitors:1||Amyloplast sedimentation:1||Antioxidant defenses:1||Aptamer:1||AtHB13:1||AtMYB68:1||AtPHL1:1||Aux:1||BAG (Bcl2associated anthanogene) family proteins:1||BREVIPEDICELLUS:1||BiFC:1||Binding pocket:1||Bioinformatics:1||Biomarker:1||Biosensing:1||Biosensors:1||CRaf:1||C2H2type zinc finger:1||C3Htype zinc finger protein:1||CCR5:1||CCoAOMT1:1||COP1:1||CRISPR/Cas12:1||Calcium:1||Cantharidin:1||Cas Effectors:1||Cas12a:1||Cas13a:1||Cas14a:1||Cell division:1||Chimeric repressor:1||

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