CAU Scholar's Space: Park, Tae Jung

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Park, Tae Jung (박태정)

자연과학대학 (화학과)

Research Area: 바이오센서, 나노입자, 약물전달시스템, Biosensor, Nanoparticle, Drug-delivery system

Tel 02-820-5220
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Biosensor:21||biosensor:12||Affinity peptide:10||Fluorescence:9||Electrochemical sensor:7||Gold nanoparticle:7||Surface plasmon resonance:7||Sensitivity:6||molecular biophysics:6||CFP10:6||Carbon dots:6||Tuberculosis:6||Phage display:6||microfluidic device:5||microfluidics:5||Fusion protein:5||Bioimaging:5||Nanocomposite:4||DLS:4||field effect transistors:4||Cell imaging:4||Graphene oxide:4||FESEM:4||Biosynthesis:4||Fluorescence quenching:4||Colorimetry:4||Mycobacterium tuberculosis:4||Avian influenza:4||nanoparticle:4||Upconversion nanoparticle:3||Fluorescence spectroscopy:3||fieldeffect transistor (FET):3||Marine toxin:3||Cytotoxicity:3||Drug delivery:3||Fieldeffect transistor:3||E. coli:3||solidphase extraction:3||LSPR:3||Electrochemical detection:3||biological techniques:3||Fluorescence spectrometry:3||surface plasmon resonance:3||Nanoparticles:3||ELISA:3||Goldbinding polypeptide:3||Nanomaterials:3||UVvisible spectroscopy:2||Localized surface plasmon resonance:2||Okadaic acid:2||proteins:2||M13 phage:2||fluorescence spectrometry:2||Electrochemical immunosensor:2||Optical properties:2||fusion protein:2||Electrochemical impedance spectroscopy:2||Magnetic particle:2||Electrochemical phage sensor:2||Vegetables:2||sample preparation:2||Sensing:2||sensitivity:2||Water samples:2||Oyster:2||Hierarchical structure:2||Wettability:2||Wheat:2||immobilization:2||Electrochemical sensors:2||Electrochemistry:2||Human norovirus:2||Metal ions:2||spore display:2||affinity peptide:2||Avian influenza (AI):2||substrate binding domain:2||Metal nanoparticles:2||surface roughness:2||Biofluids:2||Pathogen detection:2||Electron microscopy:2||Chemical modification:2||Microbial fuel cell:2||Dengue virus:2||ISFET:2||Chemotherapy:2||Black phosphorus:2||Ag NPs:2||Immunomagnetic separation:2||Square wave voltammetry:2||metalbinding proteins:2||Photodynamic therapy:2||biofluids:2||Immunosensor:2||Escherichia coli:2||Ag85B:2||In vivo synthesis:2||Bacillus anthracis:2||biomolecular electronics:2||biomolecular interaction:2||Influenza virus:2||biosynthesis:2||Drugs:2||Glucose biosensor:2||Surface chemistry:2||Dual signaling:2||Ionic liquid:2||Ionic liquids:2||Gold:2||nanomaterials:2||Gold Nanoparticle:2||Isoprothiolane:2||cell disruption:2||Apoptosis:2||nanowire:2||Dye degradation:2||Gold nanoclusters:2||Nanobiosensor:2||Automation:2||Analytical method:2||Tuberculosis (TB):2||Graphene:2||Quinalphos:2||Biomolecules:2||UV–Visible spectroscopy:2||Nanozyme:2||plastic chip:2||Graphene oxide quantum dot:2||Biopanning:2||Reactive oxygen species:2||Electrochemical biosensor:2||Au nanoparticle:2||Dotblot assay:1||Doublegate:1||Drift/diffusion of mobile ions in analyte:1||Drug delivery system:1||Drugdelivery system:1||Dry Environment:1||Dualgate:1||ECPKA:1||EGFR/HER2:1||Early diagnosis:1||Electrical biosensor:1||Electrochemical:1||Electrochemical analysis:1||Electrochemical deposition:1||Electrochemical energy storage:1||Electrochemical peptide sensor:1||Electrochemical property:1||Electroconductive materials:1||Electrode:1||Electrode fouling:1||Electrode materials:1||Electron transfer:1||Electronic Biosensor:1||Embryonic stem cells:1||Environmental sample:1||Environmental samples:1||Enzymatic reaction:1||Enzyme kinetics:1||Enzymelinked immunosorbent assay:1||Ether cleavage:1||Eu3+:SrV PQDs:1||EuSe nanoparticle:1||EuSe nanoparticles:1||Euphorbia dracunculoides Lam:1||Extracellular protein kinase A:1||FETbased biosensor:1||FL spectrometric techniques:1||FL spectroscopy:1||FTIR:1||Fe3+:1||Fe3+ ion:1||Fe3O4Au nanocomplex:1||Fe3O4@Ag/GQD/GCE:1||FeSe nanoparticles:1||Field Effect Transistor:1||FinFET:1||Fipronil pesticide:1||Fluoresce spectroscopy and microscopy:1||Fluorescence biosensor:1||Fluorescence detection:1||Fluorescence sensing:1||Fluorescence sensor:1||Fluorescence spectrometer:1||Fluorescence technique:1||Fluorescence turn OFFON mechanism:1||Fluorescent Cdots:1||Fluorescent CDs:1||Fluorescent carbon dots:1||Fluorescent sensing:1||Fluorometric detection:1||Flutamide:1||Folate receptor:1||Food allergen:1||Food samples:1||Foodborne pathogen:1||Freeflow isoelectric focusing:1||Fungus and virus:1||GABA:1||GIDLbased FET biosensor:1||GObased membranes:1||GSHLacAg NPs:1||GSHcapped CDshydrogel:1||GTAuNPs:1||Gas:1||Genotoxicity:1||Glucose monitoring:1||Glutathione:1||Glyphosate:1||Gold binding polypeptide:1||Gold binding polypeptides:1||Gold nanoparticles:1||Gold nanoprobes:1||Gold nanorods:1||Gold nanostars:1||Gold/copper enhancement:1||Graphene film:1||Graphene oxide/gold nanoparticles (GO/AuNPs):1||Green synthesis:1||GuanineAg NPs:1||H1N1 influenza:1||H2O2 content:1||H5N1:1||HBV preS2 surface protein:1||HER:1||HRTEM:1||Hardness:1||Heavy metal binding proteins:1||Heavymetal binding protein:1||Hemagglutinin:1||Hepatitis A virus:1||Hepatitis B virus:1||Hexaconazole:1||Hg2+ ions and water samples:1||High affinity peptide:1||Histamine:1||Human immunodeficiency virus:1||Hyaluronic acid binding domain of CD44:1||Hydrogen evolution reaction:1||Hydrogen sulfide:1||Hydrophilic:1||Hydrophobic:1||Hydrophobic passivation:1||Hypocrellin A:1||IGZO:1||IR spectrum:1||Imidazole:1||Immunoassay:1||Immunoblot:1||Immunohistochemistry:1||Impedance:1||In situ hybridization:1||In vitro and in vivo studies:1||Influenza B virus:1||InhA:1||Inhibitor:1||Inner filter effect and biofluids:1||Inorganic species:1||Interferometry:1||Ionic species:1||Isoelectric point:1||K+ ion:1||Kion storage mechanisms:1||LFIA:1||LOD:1||LRG1:1||Labonachip:1||LabelFree:1||LabelFree Optical Biosensor:1||Labelfree:1||Labelfree detection:1||Lambdacyhalothrin:1||Lateral flow immunoassay:1||Lead detection:1||Lead ion:1||Leptin AntibodyAntigen Interaction:1||Limit of Detection:1||Limit of detection:1||Lipoic acid:1||Liquid gate bias:1||Liquidliquid microextraction:1||Localization:1||Logic gates:1||MALDITOF MS:1||MGNPA Biochip:1||MIP:1||MXene:1||Magnetic separation:1||Magnetophoresis:1||Magnetophoretic immunoassay:1||Magplas probes:1||Manilkara zapota fruits:1||Marine toxins:1||Melamine measurement:1||Memristor:1||Metal–organic framework:1||Metal binding protein:1||Metal nanoclusters:1||Metalbinding protein:1||Metalbinding proteins:1||Metallic nanoparticles:1||Methodology:1||Metribuzin:1||Microbial species:1||Microfluidics:1||Micromechanical:1||Micronuclei:1||Micropillar:1||Molecular Imaging:1||Molecular and ionic species sensing and separation:1||Molecular binder:1||Molecular detection:1||Molecular diagnosis:1||Molecular modeling:1||Molecular receptor:1||Molecular recognition element:1||Molecularly imprinted polymer:1||Molybdenum nanoclusters:1||Molybdenum nanomaterials:1||Multicolor emission:1||Multifunctional properties:1||Multicolor silver nanostructures:1||Multiplexed biosensor:1||Multiplexing:1||Multiwalled Carbon Nanotube:1||Mycobacterium tuberculosis (MTB):1||Mycotoxins:1||NIPAM:1||NIR irradiation:1||NaYF4:Yb3+ /Er3+:1||Nakedeye detection:1||Nanobio hybrid:1||NanoBiosensor:1||Nanoelectrochemical Devices:1||Nanofiber film:1||Nanoflower:1||Nanoflowers:1||Nanogapembedded FET:1||Nanomaterial:1||Nanoparticle:1||Nanosheets:1||Nanotriplex composite:1||Nanowire:1||NearInfrared Fluorescence:1||Neuraminidase:1||Neuron:1||Neutrophil gelatinaseassociated lipocalin:1||Norovirus:1||Novel binding peptide:1||Nutritional composition:1||OHBNNSs:1||Office scanner:1||Oligopeptideconjugated ligand:1||Optical:1||Optical Detection:1||Optical spectroscopy:1||Optimization of expression conditions:1||Organic amendments:1||Organic and biomolecules:1||Organic molecules:1||Organicinorganic hybrid:1||Organophosphorus chemical detection:1||Organophosphorus hydrolase:1||Ovomucoid:1||Oxidative cleavage:1||P(3HB) depolymerase:1||P(3HB) depolymerase substrate binding domain:1||P. scutellarioides Cu NCs:1||PCR enhancer:1||PDMS microchannel:1||PHA:1||PHB depolymerase:1||PSCsPbBr3@CTAB PQDs:1||PVP@a. sennaCu NCs:1||Passivation:1||Pathogenic bacteria:1||Pencycuron:1||Pendimethalin:1||Penicillium sp. cells:1||Pepsin:1||Peptide:1||Peptide receptor:1||Peptide sensor:1||Perovskite nanomaterials:1||Pesticide:1||Pharmaceutical samples:1||Phosphate Buffered Saline (PBS):1||Phosphorus:1||Photoluminescence:1||Photonic Crystal:1||Photothermal therapy:1||Phytotoxicity:1||Plasma and water sample:1||Plasma beam:1||Poa annua:1||Pointofcare diagnosis:1||Pointofcare testing:1||Pointofcare testing (POCT):1||Poly(3hydroxybutyrate):1||Poly3hydroxybutyrate:1||Polydiacetylene:1||Polydopamine:1||Polymer extraction:1||Polymer membrane:1||Polyvinyl alcohol:1||Pore density:1||Porous nanocomposite matrix:1||Potassiumion batteries:1||Pretreatment:1||Properties:1||Properties and bioimaging:1||Propiconazole:1||Protein A:1||Protein G:1||Protein expression:1||Protein microarray:1||Proton exchange membrane:1||Pyrus pyrifolia fruit:1||Quality control:1||Quantum dots:1||Quantum yield:1||Quenching mechanism:1||Quinazoline:1||ROS:1||Rapid determination:1||Rapid diagnosis:1||Ratiometry:1||Rational design:1||Reactiveoxygenspeciesresponsive:1||RealTime Detection:1||Realtime PCR:1||Removal of harmful chemicals:1||Reverse trascription loopmediated isothermal amplification:1||Rhizosphere pH:1||Rho family GTPase:1||Rising time:1||S. auriculataAuNCs:1||SARSCoV envelope protein:1||SEES:1||STX binding peptide:1||Sample preparations:1||Saxitoxin:1||Scaffold hopping:1||SelfAssembled Nanocomplex:1||Senna auriculata leaves extract:1||Sensors:1||Separation:1||Serum:1||Severe acute respiratory syndrome:1||Shellfish poisoning:1||Si QDs:1||Si nanowire:1||SiNW FET:1||Signal enhancement:1||Signaltobackground ratio enhancer:1||Silica Nanoparticle:1||Silica binding polypeptide:1||Silica nanoparticle:1||Silicon:1||Silicon nanowire:1||Silver nanoparticles:1||Silver nanoprisms:1||Simple synthesis method:1||SingleWalled Carbon Nanotubes:1||SingleWalled Carbon Nanotubes Array:1||Singlecell encapsulation:1||Singledrop microextraction:1||Singlewalled carbon nanotubes:1||Specific binding peptides:1||Specific peptide bioreceptor:1||Specific primers:1||Spectroscopic and microscopic techniques:1||Spectroscopic methods:1||Spectroscopic technique:1||Spectroscopic techniques:1||Static quenching:1||Stereoisomer:1||Storage of agriproducts:1||StreptavidinBiotin Interaction:1||StreptavidinCoupled Magnetic Particles:1||Structural design:1||Substratebinding domain:1||Sulfonhydrazide:1||Superoxide anion:1||Surface Layer Protein:1||Surface functionalization:1||Surface modification:1||Surface plasmon resonance (SPR):1||Sweettasting protein:1||Synapse:1||Synthesis:1||Synthesis optimization:1||Synthetic approaches:1||TFETs:1||Tagetes erecta flower:1||Target analytes:1||Thiram:1||Three dimensional:1||Three trivalent metal ions:1||TiO2 NPs nanoparticles:1||Titanium dioxide nanoparticles:1||Tl3+ sensing:1||Tomato:1||Toxicity:1||Transient response:1||Transition metal:1||Triazophos:1||Trypsin:1||Tunnel FET biosensor:1||Turnoff mechanism:1||Tyrosine kinase receptor:1||UV:1||UV–Vis:1||UV–visible:1||UV–visible and fluorescence spectroscopic techniques:1||UV–visible spectrometry:1||UV–visible spectroscopy:1||UVVis spectrometry:1||UVVisible spectrometry:1||UVvisible and fluorescence spectrometry:1||UVvisible spectrometry:1||UltraLow Magnetic Field:1||Ultrasmall fluorescent CDs:1||Under lap fieldeffect transistor:1||Underlap fieldeffect transistor:1||Upconversion:1||Upconversion luminescence:1||Upconversion nanoparticles:1||Uptake:1||Uric acid:1||Urine:1||Uvvisible spectroscopy:1||VT Shift:1||Vegetable and grain samples:1||Vermiculite nanosheets:1||Vibrio cholerae:1||Viral protein:1||Vis spectroscopy:1||W. somniferaCu NCs:1||WS2:1||Water and rice sample:1||WellAligned SingleWalled Carbon Nanotube Array:1||Wet Environment:1||Wilson's disease:1||Zika virus:1||Zinc pyrithione:1||Zn2+ ion:1||active micro mixer:1||agrichemical biosensor:1||agrichemicals:1||alginate gel:1||aluminumion battery:1||aluminumion supercapacitor:1||and HRTEM:1||anthrax detection:1||antibacterial activity:1||antigen detection:1||apoptosis:1||aqueous battery:1||artificial cellular reactor:1||avian influenza:1||avian influenza (AI):1||bacteria:1||bacterial spore display:1||batteries:1||betablocker:1||bilirubin:1||bioMEMS:1||bioelectric phenomena:1||biofluids and HRTEM:1||biogenic metal nanoparticle:1||bioimaging:1||biomedical applications:1||biomimetic synthesis:1||biomimetics:1||biopolymeric films:1||biotechnology:1||bovine diarrhea:1||bovine rotavirus:1||bovine serum albumin:1||bulk substrate:1||cTnI:1||cancer therapy:1||capacitive model:1||capture peptide:1||capturing probe:1||carbohydrateprotein interaction:1||carbon nanotubes:1||catalysis:1||cell lysis:1||cell surface display:1||chaperone:1||charge pump circuits:1||charge transport:1||chemical synthesis:1||coaxial coatings:1||concanavalin A:1||conjugated polymers:1||convergence:1||coreshell dielectric nanoparticle biochip:1||cuvettetype chip:1||detection probe:1||diagnosis:1||dichlorvos:1||diseases:1||double gate (DG):1||droplet microfluidics:1||drugdelivery system:1||dual display:1||dynamic light scattering:1||electrical biosensor:1||electrical conductivity:1||electrodesalting:1||electrochemical analysis:1||electrochemical sensor:1||electrochemistry:1||electrolyteinsulatorsemiconductor fieldeffect transistor (EISFET):1||electrophoresis:1||energy storage mechanism:1||enzyme assay:1||exosporium:1||field effect transistor:1||field emission scanning electron microscopy:1||fieldeffect transistors:1||flexible electronics:1||fluorescence:1||fluorescence turnoffon approach:1||food and biofluids:1||food packaging:1||functionalization:1||galvanic replacement:1||gene delivery:1||gold binding polypepticle:1||gold nanorods:1||goldbinding polypeptide:1||goldbinding polypeptides:1||graphene nanohybrid:1||graphene oxide:1||green catalysts:1||green fluorescent protein:1||hepatitis B virus:1||heptaminol:1||homogeneity:1||hybrid materials:1||hybrid supercapacitor:1||hydrogel:1||hydrogen peroxide:1||immunoassay:1||immunosensor:1||in situ synthesis:1||in vitro biosynthesis:1||in vivo synthesis:1||insitu photopolymerization:1||infant formula:1||inversion (INV)mode transistor:1||ionsensitive fieldeffect transistor (FET):1||ionsensitive fieldeffect transistor (ISFET):1||ionic liquid:1||kinase panel:1||labelfree optical biosensor:1||lectin:1||lightemitting diodes:1||limit of detection:1||localized surface plasmon resonance:1||luminescence:1||lysozymeAuMo NCs:1||mPW1PW91:1||magnetic properties:1||magnetically actuated diaphragm micromixer:1||magnetophoretic immunoassay (MPI):1||materials:1||melamine:1||metal nanoparticles:1||microarray:1||microcapsualtion:1||microcapsulation:1||microchannel flow:1||microcontact printing:1||microcontact printing (mu CP):1||microdroplets:1||microfluidic chip:1||microorganisms:1||microreactors:1||microstructure:1||micrototal analysis system:1||molecular dynamics:1||multielement:1||multiphase flow:1||multistep reaction:1||multivalent ion battery:1||mycobacteria growth indicator tube (MGIT):1||myoglobin:1||nanobiosensor:1||nanobiotechnology:1||nanocomposite:1||nanogap:1||nanogap materials:1||nanohybrid:1||nanomorphology:1||nanopartIcle:1||nanosheet:1||nanowebs:1||nanowire (NW):1||neomycin sulphate:1||nitric oxide:1||norovirus:1||optimisation:1||organoclay:1||pNA:1||pH:1||pH sensor:1||pHresponsive:1||pathogenic bacteria:1||pattern generation:1||peptideconjugated nanopartide:1||pesticide detection:1||phage display:1||phase separation in thin films:1||phorbol:1||photoionisation:1||photon stimulated desorption:1||photothermal therapy:1||plasmonic biosensor:1||plasmonic biosensors:1||pointofcare testing (POCT):1||poly(3hydroxybutyrate):1||poly(ethylene glycol) diacrylate:1||polydopamine:1||polyethylene glycol diacrylate:1||polyhydroxyalkanoates:1||polymerase chain reaction:1||polyoxomolybdate:1||polypyrrole nanotube:1||porous nanostructure:1||portable:1||predictive models:1||prostate carcinoma:1||protein microarray:1||proteinprotein assay:1||proteolysis:1||protic electrolyte:1||pseudocapacitor:1||purification:1||quantum dot:1||quantum dots:1||recombinant protein:1||redox reaction:1||reduction value:1||rotary mixing:1||sHsps:1||safety:1||screening effect:1||selfassembly:1||separation:1||severe acute respiratory syndrome:1||silica:1||silica nanorod:1||silicabinding proteins:1||silicabinding proteins (SBP):1||silicon nanowire (SiNW):1||silicon nanowire (SiNW) FET:1||single element:1||single nucleotide polymorphism detection:1||singlewalled carbon nanotube:1||small heat shock protein:1||sodium alginate:1||solgel:1||spectroscopy:1||spore:1||static quenching:1||streptavidin:1||supercapacitor:1||surfactants:1||technology computeraided design (TCAD):1||terbufos:1||time of flight mass spectra:1||transistors:1||tuberculosis (TB):1||tumor promotion:1||tunnelling:1||underlap fieldeffect transistor:1||uric acid:1||water samples:1||watery and dry environment:1||(OH)Ocenter dot radicals:1||γPGA:1||1T MoS2:1||1T WS2:1||2D materials:1||7Hydroxycoumarin:1||7Nitro2,1,3benzoxadiazole:1||ATTAuNPs:1||Acacia concinna seeds:1||Accumulation (ACC)mode transistor:1||Aedes aegypi mosquito:1||Aflatoxin B1:1||Al3+ ion:1||Alcohol detection:1||Amperometry:1||Analytical instruments:1||And biological samples:1||Anthrax detection:1||Anticancer effect:1||Antimicrobial sterilization:1||Antibiotics:1||Antimicrobial activity:1||Antimicrobial mechanism:1||Aptamer:1||Aptasensor:1||ArgA. paniculataMoNCs:1||ArginineNb2C MQDs:1||Argyreia nervosa:1||Atmospheric air plasma:1||Au Ag NCs:1||Au@Pd nanozymes:1||AuNPs:1||Autoantibody:1||Avaram senna plant extract:1||Avian Influenza:1||BVDV:1||Ba2+ ion:1||Bacillus thuringiensis:1||Bacteria:1||Band alignment:1||Bienzyme nanoparticles:1||Bimetallic nanomaterial:1||Bimetallization:1||Binding peptide:1||Biological and environmental samples:1||Biological application:1||Biomarkers:1||Biomedical application:1||Biomimetic:1||Biomimetics:1||Biomolecular Interaction:1||Biopolymer:1||Bioreceptor:1||Biosensing:1||Biosensor with CMOS readout circuit:1||Biosensors:1||Borophene quantum dots:1||Bosch process:1||Bovine serum albumin:1||BrahmiCuNCs:1||Braininspired computing:1||Brazzein:1||Breast cancer:1||CReactive protein:1||Creactive protein:1||C. tora extract:1||CFP 10:1||CFP10 antigen:1||CMOS integrated circuits:1||CNT:1||CRP:1||CTABstabilized AuNPs:1||Calotropis procera leaves:1||Cancer biomarker:1||Cancer cells:1||Cancer diagnosis:1||Cancer therapy:1||Capacitance:1||Capture peptide:1||Carbon nanotube:1||Carbon quantum dots:1||Cardiac troponin I:1||Caspase3:1||Cation and anionexchange:1||Cd2+ ion:1||Cd2+detection:1||Cell Viability:1||Cell dispersion:1||Chemically defined medium:1||Chemically modified electrode:1||Chloramphenicol:1||Chlorophyll:1||Chlorpyrifos:1||Cholera toxin:1||Cholesterol detection:1||Clinical immunoassay:1||Clinical samples:1||Co(OH)(2):1||Colon cancer:1||Colorectal cancer:1||Colorimetric assay:1||Colorimetric detection:1||Colorimetric sensor:1||Comet assay:1||Conformer:1||Copper:1||Copper nanoparticles:1||Cr(VI) detection:1||Cr3+:1||Crassostrea gigas:1||Creatinine:1||Crohn's disease:1||CrossedNetworks:1||CsPbBr3 PQDs:1||Cunanoflower@AuNPsGO nanofibers:1||Cu2+ ion:1||CuNCs:1||Cyanophenyl pyrogallol[4]arene:1||Cyanotoxin:1||Cyclic olefin copolymer:1||Cyclic voltammetry:1||Cyclodextrinring:1||Cypermethrin:1||DAMcysteineMoNCs:1||DDSAuNPs:1||DLS and HRTEM:1||DNA chip:1||DNA quantitative detection:1||Debye Length:1||Debye length:1||Deep eutectic solvents:1||Dehydroepiandrosterone:1||Detection sensitivity:1||Diagnosis:1||

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