ScholarWorks@Hanyang University ERICA Campus: Kim, Jong-Ho

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Kim, Jong-Ho (김종호)

ERICA 공학대학 (DEPARTMENT OF MATERIALS SCIENCE AND CHEMICAL ENGINEERING)

Research Area: 나노바이오센서, 나노치료기술, 광촉매, 전기화학촉매, Nanobiosensors, Nanotherapy, Photocatalysts & electocatalysts for energy storage and conversion

Tel 031-400-5275
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Superabsorbent polymer:3||EXFOLIATION:3||FUNCTIONALIZATION:3||palladium:3||surfaceenhanced Raman scattering:3||nearinfrared fluorescence:3||absorption properties:3||Optical biosensor:3||NANOPARTICLES:3||CELLS:3||singlewalled carbon nanotubes:3||Surfaceenhanced Raman scattering:3||SENSOR:3||OPTICAL SENSORS:3||Suzuki reaction:3||ENHANCED RAMANSCATTERING:3||itaconic acid:3||heterogeneous catalysis:3||TRANSITIONMETAL DICHALCOGENIDES:2||Microfluidic:2||ORGANICSYNTHESIS:2||reactive oxygen species:2||Alzheimer&apos:2||s disease:2||Silver nanoparticles:2||WS2:2||sensors:2||MICROARRAYS:2||DNA CONFORMATIONAL POLYMORPHISM:2||Oxygen reduction reaction:2||Znair battery:2||multiplex detection:2||covalent organic frameworks:2||GRAPHENE OXIDE:2||singlewalled carbon nanotube:2||MICROSPHERES:2||ESCHERICHIACOLI:2||acrylic acid:2||MOLECULE:2||nanotubes:2||IMMUNOASSAY:2||surfacecrosslinking:2||Nheterocyclic carbene (NHC):2||NANOPARTICLE PROBES:2||optical biosensors:2||transition metal dichalcogenides:2||SPECIFICITY:2||INVIVO:2||Proteins:2||graphene oxide:2||oxygen evolution reaction:2||MOS2 NANOSHEETS:2||oxygen reduction reaction:2||palladium (Pd):2||PHOTOLUMINESCENCE:2||heterogeneous catalyst:2||BANDGAP FLUORESCENCE:2||Membrane filter:2||photocatalysis:2||aqueous exfoliation:2||SURFACTANTS:2||article:2||hydrogen peroxide:2||polymersupported catalyst:2||priority journal:2||Nanoparticles:2||imidazolium:2||COMBINATORIAL CHEMISTRY:2||BIOSENSOR:2||DEVICE:1||DIELECTROPHORESIS:1||DISULFIDE:1||DOPAMINE:1||DRUG DISCOVER:1||Dean flow:1||Desorption rate:1||Dispersion:1||Double emulsion:1||Dual metal incorporation:1||EFFICACY:1||EFFICIENT CATALYST:1||ELECTRONTRANSFER:1||EMISSION:1||ENCODED MICROBEADS:1||EVOLUTION:1||Environmental Modeling:1||Europium hydroxide [EuIII(OH)(3)] nanorods:1||Exposure:1||FABRICATION:1||FLUORESCENCE:1||FLUORESCENT SENSORS:1||FORCES:1||Fluorescence:1||Fluorescent microscopy:1||Fluorescent particle:1||Fugacity:1||GLUCOSE:1||GO fluorescence:1||GOLD NANOPARTICLES:1||GOLD NANOSPHERES:1||GRAPHENE QUANTUMDOTS:1||GROWTH:1||Glutathione Transferase:1||Gold nanocrystals:1||Gold nanosheets:1||Graphene oxide:1||Graphene oxide (GO):1||Graphene oxide substrate:1||HIDDEN MARKOV MODEL:1||HIGHLY SENSITIVE DETECTION:1||HOLE ACCEPTOR:1||HUMANMILK:1||HYDROGELS:1||Halfmoonshaped microparticle:1||Hazard:1||HbA1c detection:1||Health effects:1||Heck crosscoupling reaction:1||Heteroatom doping:1||Heterogeneous catalyst:1||Human αelastin:1||Hydrogel particles:1||IMINES:1||INVITRO:1||INITIO MOLECULARDYNAMICS:1||INTRACRANIAL ANEURYSMS:1||Inertial force:1||Infrared devices:1||Interface engineering:1||Itaconic acid:1||KOJIC ACID:1||LABELFREE:1||Labelfree detection:1||Lewis acid catalyst:1||Linearly proportional:1||MAGNETIC NANOPARTICLES:1||MATRIX METALLOPROTEINASE2:1||MD simulation:1||MELANIN:1||MELANOCYTE:1||MELANOGENESIS:1||MEMS:1||MICROCARRIERS:1||MICROCHANNELS:1||MICROFLUIDIC DEVICES:1||MICROPARTICLES:1||MMP2:1||MONODISPERSE:1||MONODISPERSE POLYMER BEADS:1||MONOLAYER MOS2:1||Magnetic materials:1||Mesh size:1||Micro/nano particle:1||Microchannels:1||Microfluidic system:1||Microfluidics:1||Microspheres:1||Mixer:1||Molecular engineering:1||Multidrug resistance:1||Multiplexed detection:1||Myogenesis:1||NHeterocyclic carbene (NHC):1||Ndoped carbon framework:1||Nheterocyclic carbene:1||NANOSHEETS:1||NANOSTRUCTURES:1||NOBEL LECTURE:1||Nanoparticle trapping:1||Nanoparticle agglomerates:1||Narrowspectrum bactericidal activity:1||OLIGOSACCHARIDES:1||OPTICALDETECTION:1||Optically active materials:1||Organic acids:1||Oxidative stress suppression:1||Oxygen electrocatalyst:1||Oxygen evolution reaction:1||Oxygenmediated solvothermal radical reaction:1||PACKING MATERIAL:1||PARTICLE TRACKING:1||PARTICLES:1||PATHOGEN DETECTION:1||PDAGO:1||PDMS microchannels:1||PEDOT:1||PERFORMANCE LIQUIDCHROMATOGRAPHY:1||PH:1||PHOSPHINE COMPLEXES:1||PLASMONIC PROPERTIES:1||PLATFORM:1||POLYMER NANOCHANNELS:1||POLYMERINCARCERATED PALLADIUM:1||POLYMERS:1||POLYSTYRENE COLLOIDS:1||PROBE:1||PROTEIN:1||PROTEIN INTERACTIONS:1||PROTEINDETECTION:1||Palladium catalyst:1||Pancreatic cancer:1||Particle concentration:1||Particle separation:1||Particle trapping:1||PdO nanocluster:1||Peptide conjugate:1||Peptides:1||Permeation:1||Poly(D,Llactide):1||Polydiacetylene:1||Polyethylene Glycols:1||Polymeric materials:1||Polystyrenes:1||Pregnantwoman:1||Protein microarray:1||QUANTUM DOTS:1||Quantum dots:1||RECOGNITION:1||RECYCLABLE CATALYSTS:1||REDUCTION:1||RESONANCE ENERGYTRANSFER:1||RIBOFLAVIN CARRIER PROTEIN:1||RNA Helicases:1||ROS scavenging:1||Raman spectrometry:1||Resorcylic acid derivative:1||Risk:1||SCATTERING:1||SELECTIVE OXIDATION:1||SENSITIVE DETECTION:1||SERS liquid biopsy:1||SERS nanoprobe immunoassay:1||SERS nanoprobes:1||SHAPE:1||SHEETS:1||SILICA SPHERES:1||SILVER NANOPARTICLES:1||SILVER NANOSHELLS:1||SIMULATION:1||SINGLE:1||SKIN:1||SOLIDPHASE REACTIONS:1||SPECTROSCOPIC TAGS:1||SPECTROSCOPY:1||STRUCTURAL BASIS:1||SUBMICROMETER LATEX SPHERES:1||SURFACE CONDUCTANCE:1||SURFACEPLASMON RESONANCE:1||SUZUKI:1||SYSTEM:1||Selectivity:1||Sensitive detection:1||Separation of bacteriasized particles:1||Shapecontrolled synthesis:1||Sheath flow:1||Silica Nanocomposite:1||Silver Nanoparticles:1||Simulation:1||Single molecule level:1||Singlewalled carbon nanotubes:1||Skeletal tissue engineering:1||Solidphase synthesis:1||Sonic waveassisted reaction:1||Spectroscopy, Near:1||Spectrum Analysis, Raman:1||Spiral microfluidic channel:1||Streptavidin:1||Supercapacitor:1||Suppression of MMPs expression:1||Surface modification:1||SurfaceEnhanced Raman Scattering:1||Surfacecrosslinking:1||Surfaceenhanced Raman scattering (SERS):1||Suzuki crosscoupling:1||Suzuki reactions:1||THERAPY:1||THINFILMS:1||THIOL:1||TMD antioxidant:1||TMD nanosheet antibiotics:1||TOTALENERGY CALCULATIONS:1||TRAJECTORIES:1||TRANSCATHETER ARTERIAL EMBOLIZATION:1||TRANSISTORS:1||TUNABLE PHOTOLUMINESCENCE:1||Tagging materials:1||UV:1||VIVO CANCERDETECTION:1||Vis spectroscopy:1||WALLED CARBON NANOTUBES:1||WS2 functionalization:1||WS2 nanosheet antipyrotic:1||WS2 nanosheets:1||WS2 quantum dots:1||Zn–air batteries:1||Zn–air battery:1||absorption property:1||acetylation:1||acetylcholinesterase:1||aerobic oxidative coupling:1||allsolidstate lithium batteries:1||allsolidstate lithium metal battery:1||amines:1||amino acid conjugation:1||amino acid sequence:1||aminoPEGmediated reduction method:1||amphiphilic block copolymers:1||amyloid beta:1||analytical methods:1||and organic solid electrolyte:1||angiogenesis:1||antibody mimics:1||antimicrobial effects:1||antioxidant effects:1||aptamer:1||aqueous phase reaction:1||atomic force microscopy:1||bifunctional electrocatalyst:1||bifunctional electrocatalysts:1||biosensor:1||biosensors:1||boronic acids:1||carbon:1||carbon nanotube:1||carcinogenesis:1||carcinoma cell:1||catalytic modulation:1||cell encapsulation:1||cell membrane:1||central composite design:1||chemical conversion:1||chemical modulation:1||composites:1||copperfree.:1||covalent organic framework:1||dendritefree:1||diffusion:1||dopamine detection:1||dyes:1||epidermal growth factor receptor:1||europium(III) hydroxide nanorods:1||fluorescein isothiocyanate:1||fluorescence:1||fluorescence analysis:1||fluorescence microscopy:1||fluorescence resonance energy transfer:1||fluorescent WS2 nanosheet:1||gadolinium triflate:1||gel strength:1||glucose:1||glucose sensor:1||glutathione transferase:1||graphene quantum dots:1||heteroatom doping:1||human:1||human cell:1||hydrogel:1||hydrogel particles:1||hydrogen:1||hydrogen peroxide (H2O2):1||hydrogen transfer:1||imidazoliumrich covalent organic framework:1||in vivo angiogenesis:1||in vivo detection:1||inhibitor detection:1||kinetic control:1||labelfree detection:1||labelfree pesticide detection:1||lithiummetal batteries:1||luminescence:1||magnetic materials:1||metallic WS2:1||microRNA detection:1||microaffinity purification:1||microbead affinity chromatography:1||miniaturization:1||molecule:1||multicomponent ionic conductor:1||nheterocyclic carbene:1||nanoclay:1||nanoparticle:1||nanosheets:1||nanotechnology:1||nanotherapy:1||nanotube:1||near infrared fluorescent semiconducting single walled carbon nanotube:1||nearinfrared:1||nearinfrared detection:1||nearinfrared optical sensor:1||oligopeptide conjugation:1||optical biosensor:1||optical modulation:1||optically active materials:1||organosilane:1||osmium:1||oxidative coupling of amines:1||oxidative stress:1||oxidized starch:1||peptide hybrids:1||peptide library:1||peptide synthesis:1||phase engineering:1||photocleavable ligand:1||photochemical quenching:1||photoluminescence:1||photolytic elution:1||poly(ethylene glycol):1||polymersupported Nheterocyclic carbene (NHC):1||protease detection:1||proteinprotein interaction:1||quantum clusters:1||quenchers:1||radical oxygen species:1||radical scavenger:1||radical scavenging:1||reactive nitrogen species:1||reactive oxyg:1||redox signaling:1||response surface methodology:1||seedless singlestep synthesis:1||selective bacteria recognition:1||sepsis:1||silica:1||silver:1||silver nanogap:1||silver nanoparticle assembly:1||silver nanoparticles:1||silver nanoshells:1||single walled nanotube:1||singlemolecule detection:1||singlemolecule imaging:1||singleparticle detection:1||solid electrolytes:1||sonogashira reaction:1||staining:1||stochastic model:1||streptavidin:1||superabsorbent polymer:1||superabsorbent polymer composites:1||surface property:1||surfaceenhanced Raman scattering (SERS):1||suspension polymerization:1||synthetic antibodies:1||theranostics:1||transition metal dichalcogenide nanosheets:1||tungsten disulfide:1||ultrathin WO3 nanosheet:1||virus protein:1||visible light photocatalysis:1||visiblelightdriven reaction:1||zebrafish model:1||2D nanohybrids:1||zwitterionic ion conductors:1||2D nanosheets:1||ACTIVE CATALYST:1||ADSORPTION:1||AGGLUTINATION ASSAY:1||AGGREGATION:1||ALLYLIC SUBSTITUTION:1||AMIDE:1||AMINES:1||AMINOACID:1||ANODIC ALUMINUMOXIDE:1||ANTIBODY:1||ANTIBODYBASED SENSORS:1||ARYLBORONIC ACIDS:1||ATP:1||AU:1||AUGMENTEDWAVE METHOD:1||Absorption properties:1||Accidents:1||Adhesion:1||Ag nanoparticle:1||Amino Acid Sequence:1||Analytes:1||And WS2 nanosheet:1||Anti inflammation:1||Antiapoptosis:1||Antimicrobial:1||Antioxidant:1||Ascorbic acid:1||Au/Ag hollowshell:1||Au/Ag hollowshell assembly:1||BASISSET:1||BEAD:1||BONDFORMING REACTIONS:1||BTEX:1||BUNDLE IMAGE COMPRESSION:1||Bacteria detection:1||Bacterial infection:1||Base Effect:1||Bifunctional carbon electrocatalyst:1||Binaphthyl:1||Burn wound healing:1||CC:1||CA199 detection:1||CARBENEPALLADIUM COMPLEX:1||CARCINOMA CELLS:1||CATALYST:1||CATALYTICACTIVITY:1||CDSE NANOPARTICLES:1||CHEMICAL LIBRARIES:1||CHEMICALVAPORDEPOSITION:1||CLASSIFICATION:1||COIL EMBOLIZATION:1||COLLAGEN:1||COMPLICATIONS:1||CORESHELL PARTICLES:1||CORESHELL STRUCTURES:1||CROSSCOUPLING REACTIONS:1||CROSSLINKING:1||Carbamate formation:1||Carbon nanotubes:1||Cell attachment:1||Cellular imaging:1||Cellulose composites:1||Coelectrodeposition:1||Collagen synthesis:1||Confined silver nanogap shell:1||Conjugated polymers:1||Costeffective fabrication:1||

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