ScholarWorks@Gyeongsang National University: Jung, Tae Sung

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Jung, Tae Sung (정태성)

수의과대학 (수의학과)

Research Area: 먹장어 항체, 수동면역, 항체소쟈, hagfish antibody, passive immune, antibody material

Tel 0557722350
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Paralichthys olivaceus:12||Olive flounder:8||olive flounder:7||Streptococcus iniae:7||Neospora caninum:7||Edwardsiella tarda:6||VHSV:6||Lactococcus garvieae:6||Hagfish:5||Innate immunity:5||Streptococcus parauberis:5||Glycoprotein:4||Proteomics:4||Japanese flounder:4||DDX41:4||Immune response:3||Immunoproteomics:3||monoclonal antibody:3||Bacterial infection:3||Viral hemorrhagic septicemia virus (VHSV):3||Kidney:3||Viral hemorrhagic septicemia virus:3||immunoproteomics:3||Olive flounder (Paralichthys olivaceus):3||Variable lymphocyte receptor (VLR):2||Ranavirus:2||Genotyping:2||immunoglobulin:2||Photobacterium damselae subsp piscicida:2||Photobacterium damselae subsp. piscicida:2||Phylogenetic analysis:2||Biomarker:2||DNA vaccine:2||Mycobacterium marinum:2||Mycobacterium sp.:2||Toxoplasma gondii:2||Transcription factor:2||MDA5:2||twodimensional gel electrophoresis:2||twodimensional gel electrophoresis (2DE):2||Mass mortality:2||Halocynthia roretzi:2||Type I interferon:2||IL1 beta:2||molecular docking:2||Teleost fish:2||Vibrio parahaemolyticus:2||Ccombody:2||Molecular dynamics simulations:2||Sialic acid:2||Edwardsiella ictaluri:2||monoclonal antibodies:2||helper T cells:2||MALDI Biotyper:2||Monoclonal antibody:2||MALDI TOF MS:2||Antigenic protein:2||Phage display library:2||Citrobacter sp. Bacteriophages:1||Colloidal goldimmunochromatography assay (GICA):1||Combination treatment:1||Common carp:1||Common carp (Cyprinus carpio):1||Competitive ELISA:1||Complementarity determining region (CDR) 3:1||Crossreactivity:1||CyHV2:1||Cyclindependent kinases (CDKs):1||Cyprinid herpesvirus 3:1||DExD/Hbox helicases:1||Detection kit:1||Dicentrarchus labrax:1||E. coli:1||ELISA:1||Earthworm:1||Ep mu 3 ' enhancer:1||Epitope mapping:1||Eptatretus burgeri:1||Escherichia coli:1||Expressed sequence tags:1||Extracellular poly I:C:1||FACs analysis:1||FAK:1||Fish pathogen:1||Formalinkilled bacteria:1||Frog:1||Frog diseases:1||Fugu:1||GPI signal domain:1||Genetic diversity:1||Genotype:1||HIRRV:1||HIV:1||Heat shock protein:1||Helper T cells:1||Hemagglutinin of avian influenza virus:1||Hemolymph:1||Hen egg white lysozyme (HEL):1||Heterogeneous expression:1||Horizontal gene transfer:1||Human umbilical cord blood:1||IFN1:1||IL2R alpha:1||IPS1 (MAVS):1||IRF3:1||IgNAR:1||Immune evasion:1||Immunehistopathological observation:1||Immunoblot:1||Immunoblotting:1||Immunocytochemical staining:1||Immunogenetics:1||Immunoglobulin (Ig):1||Immunoglobulin gene:1||In silico:1||In vitro:1||Infectious hematopoietic necrosis virus (IHNV):1||Inflammatory response:1||Innate immune system:1||Insert/deletion (INDEL) Genes:1||Inshore hagfish:1||Interferon:1||Interferon gamma (IFNgamma):1||Intracellular poly I:C:1||Invasion assay:1||Ip kappaa:1||Japanese eel:1||Japanese flounder (Paralichthys olivaceus):1||Kinase:1||Koi herpesvirus:1||Koi herpesvirus (KHV or CyHV3):1||LGP2:1||Labelfree:1||Labelfree quantitative proteomics:1||Lamprey:1||Lipopolysaccharide (LPS):1||Listeria monocytogenes:1||Lymphocystis disease virus:1||Lysozyme activity:1||M. marinum:1||MALDITOF:1||MALDITOF MS:1||MALDITOF mass Spectrometry:1||MALDITOF/TOF MS analysis:1||MALDIbiotyper:1||MD simulation:1||MPC gene:1||Mass spectrometry:1||Matrixassisted laser desorption:1||Mesenchymal stem cells:1||Microarray:1||Microflora:1||Microsatellite marker:1||Mitochondrial adaptor:1||Mitogen:1||Molecular adjuvant:1||Molecular docking:1||Molecular dynamics simulation:1||Monoclonal antibodies:1||Monoclonal antibodies (mAbs):1||Monoclonal antibody (mAb):1||Monosaccharide:1||Multicluster:1||Multidrug resistance:1||Multimerization domain:1||Multivalent VLRB antibody:1||Mycobacterium tuberculosis dethiobiotin Synthetase:1||NF kappa B induction:1||NOD1:1||Natural compounds:1||Nervous necrosis virus:1||Neutralization activity:1||New antigen receptor (IgNAR):1||Nonspecific humoral immune substances:1||Nuclear oligomerization domain proteins subfamily C (NLRC):1||Olive flounder(Paralichthysolivaceus):1||Oreochromis niloticus:1||PCR assay:1||PKR:1||PPE gene cluster:1||PROTAC:1||PU.1:1||Pangasius hypothalamus:1||Passive immunization:1||Pasteurellosis:1||Pathogenassociated molecular patterns (PAMPs):1||Pathological signs:1||Phenotyping and genotyping:1||Photorhabdus insectrelated PirAB(vp):1||Pichia pastoris:1||PirAB<sup>Vp</sup> toxins:1||Plasmid:1||Poly I:C:1||Proteome analysis:1||Proteome comparison:1||R plasmid:1||RAPD:1||RIGIlike receptors (RLRs):1||RTPCR:1||Rainbow trout:1||Realtime PCR:1||Respiratory burst activity:1||Rhabdoviridae:1||S:1||S. parauberis type I:1||S. parauberis type II:1||STAT1:1||SYK inhibitor:1||SafraninO staining:1||Scuticociliatosis:1||Sebastes schlegeli Higendorf:1||Serotype:1||Sialidase:1||Singlestrand RNA virus:1||Siniperca scherzeri:1||Skin mucus:1||Soft tunic syndrome:1||South Korea:1||Sparus aurata:1||Streptococcus sp.:1||T cell activation:1||T cell responses:1||TLR3:1||TNF alpha:1||Teleost:1||Teleosts:1||Th responses:1||Threevalent vaccine:1||Tolllike receptors (TLRs):1||Translation inhibition:1||Translocon:1||Tuberculosis:1||Turbot:1||Twodimensional gel electrophoresis:1||UPGMA:1||VLRB:1||VLRB antibody:1||Variable lymphocyte B:1||Variable lymphocyte B (VLRB):1||Variable lymphocyte receptor B:1||Variable lymphocyte receptor B (VLRB):1||Variable lymphocyte receptors:1||Variable lymphocyte receptors (VLRs):1||Vibrio harveyi:1||Viral infection:1||Virtual screening:1||Virulence:1||Virusrelevant stimuli:1||Whole genome analysis:1||Winter:1||Yeast display system:1||Yeast surfacedisplay system:1||affinity chromatography:1||alphaMSH:1||alphaMSH binder polypeptide:1||antibacterial agglutinin:1||antibioticresistant bacteria:1||antibioticsusceptible bacteria:1||antigen map:1||antigenic profiles:1||antigenicity:1||antimicrobial activity:1||antimicrobial resistance:1||antimicrobial susceptibility:1||antimicrobial susceptibility test:1||ascidian tunic:1||aureus:1||autoimmune diseases:1||betalactam antibiotic:1||betalactamase:1||binding free energy:1||biopanning:1||black rockfish:1||black rockfish (Sebastes schlegeli):1||capsid protein:1||capsule:1||ccombodies:1||challenge test:1||cytotoxic T cells:1||database:1||drug discovery:1||drugs:1||endemic:1||enrofloxacin:1||enterotoxin gene:1||enzymelinked immunosorbent assay:1||esterase:1||expression:1||extracellular products (ECPs):1||fenugreek:1||flow cytometry:1||genotyping:1||glucoserich medium:1||glycan recognition:1||glycosaminoglycans:1||gramnegative bacteria:1||grampositive bacteria:1||hagfish VLRB:1||hair follicle:1||hair growth:1||head and neck cancer:1||human phage display:1||hydrolysis:1||identification method:1||immoblilized pH gradient (IPG):1||immunoadjuvant:1||immunoassay:1||immunoblot:1||immunoblotting:1||immunoglobulin M:1||immunoproteome:1||infectious disease:1||inhibitors:1||innate immune system:1||interferon pathway:1||ionizationtime of flight (MALDITOF):1||ionizationtime of flight mass spectrometry:1||iridovirus:1||iron depletion:1||lymphocystis disease virus (LCDV):1||lymphocytes:1||lysozyme:1||magnetic nanoparticle:1||mariculture:1||marine bimavirus:1||mass spectrometry:1||matrix assisted laser desorption nanoelectrospray MS/MS:1||matrixassisted laserdesorption ionization timeofflight (MALDITOF):1||melanogenesis inhibition:1||melanoma differentiationassociated gene 5:1||membrane vesicles (MVs):1||miRNAs:1||molecular docking studies:1||molecular dynamics simulations:1||molecular dynamics simulations analysis:1||multiplex PCR:1||nervous necrosis virus:1||network biology:1||olive flounder (Paralichthys olivaceus):1||outer membrane vesicles (OMVs):1||passive vaccine:1||pathogenicity:1||pathotyping:1||pathways:1||pattern recognition receptors:1||peptide mass fingerprinting:1||peptide mass fingerprinting (PMF):1||pharmacokinetic properties:1||pharmacophore:1||pharmacophore modeling:1||phenotypic characteristics:1||phenotyping:1||phylogeny:1||phytochemicals:1||poly (I:C):1||porin:1||protease:1||protein AHRP:1||proteome:1||rhaponticin:1||rock bream:1||salmonella enterica serovar enteritidis:1||scFv:1||sea bass:1||sialic acid:1||sialic acid binding:1||skin mucus:1||stilbenes:1||strain:1||streptococcosis:1||teleost fish:1||tilapia:1||transferrable Rplasmid:1||transferrin:1||tryptone soya broth:1||twodimensional gel electrophoresis(2DE):1||vaccination:1||vaccine:1||variable lymphocyte receptor (VLR):1||variable lymphocyte receptors:1||vesiclemediated transferring of antimicrobial resistance:1||viral haemorrhagic septicaemia (VHS):1||16S rRNA:1||whole genome sequence:1||2 dimensional electrophoresis (2DE):1||3D QSAR:1||6 mice:1||ADMET:1||AHPND:1||Acute hepatopancreatic necrosis disease (AHPND):1||Adaptive immune response:1||Adaptive immunity:1||Adult koi carp:1||Aeromonas hydrophila:1||Affinity maturation:1||Agnatha:1||Alternative antibody:1||Antibiotic susceptibility and resistance:1||Antibiotics:1||Antibody:1||Antibody displaying system:1||Anticancer:1||Antigen spots:1||Antigenic profiles:1||Antigenic proteins:1||Antiviral activity:1||Aromonas hydrophila:1||Atypical aeromonas salmonicida:1||Avian influenza virus:1||Avian influenza virus H9N2 subtype:1||Bacterial Genome:1||Bacterial attachment:1||Bacterial cyclic dinucleotides:1||Banded houndshark (Triakis scyllium):1||Bastard halibut:1||Benzalkonium chloride:1||Biochemical test:1||Black rockfish (Sebastesschlegeli):1||Bovine immunoglobulin class:1||Bovine immunoglobulin classes:1||Bronopol:1||Butein analogues:1||C/EBP alpha:1||C57BL:1||CCR5:1||CD3 epsilon:1||CD3 epsilon lymphocyte:1||CD4 T lymphocytes:1||CD4<sup>+</sup> T cells:1||CD41 T lymphocytes:1||CHV (CyHV1):1||Cancer:1||Capsule:1||Carrier detection:1||Catfish:1||Cathepsin:1||Cell marker:1||Cellmediated immunity:1||ChemokineCC motif Ligand 34 (CCL34):1||Chemotactic activity:1||Chondrogenesis:1||

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