ScholarWorks@Korea University: Ahn, Dong June

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Ahn, Dong June (안동준)

College of Engineering (Department of Chemical and Biological Engineering)

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Tel 02-3290-3301
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polydiacetylene:5||Polydiacetylene:5||Fluorescence:3||inflammation:3||biodegradable polymers:2||Selfassembled Monolayers:2||DNAs:2||magnesium hydroxide:2||PHOTOLUMINESCENCE:2||DNA sensor:2||dualfluorophore:2||Polydiacetylenes:2||Immobilization:2||organic semiconductors:2||Direct methanol fuel cell:2||QD:2||biomedical applications:2||phaseshifting probes:1||chromatic stability:1||LangmuirSchaefer:1||selectivity:1||Shape effect:1||Raman:1||nanocomplexes:1||ratiometric pH sensors:1||dopamine:1||Microbead:1||Biomass analysis:1||Dilute acid pretreatment:1||1Propanol:1||Hydrodeoxygenation:1||Vesicle Size:1||Sensitivity Enhancement:1||NANOSENSORS:1||Lowtemperature decal:1||Ionomer skin:1||bacteria sensor:1||peptidomimetics:1||multiple remote sensing:1||membrane budding:1||photoluminescence:1||poly(3methylthiophene):1||tailored silica cages:1||Photodynamic therapy:1||Anatase titanium dioxide:1||cyclic mode vortex flow:1||Sizeselectivity:1||internalizing RGD (iRGD):1||activatable photosensitizer:1||selfassembly:1||FRET:1||Langmuir films:1||lateral flow:1||Chemobiosensor:1||Antiplatelet drug:1||Antiinflammation:1||poly(vinyl alcohol):1||food spoilage:1||aptamerlinked polythiophene:1||hyaluronic acid:1||Allylimidazolium salts:1||Thiolene photocuring:1||oxygen plasmafunctionalized carbon nanotubes:1||bioinspired materials:1||stereocomplex:1||poly(Llactide):1||quality factor:1||shape memory polymers:1||Photoluminescence:1||Xylan:1||Pt/Nb2O5SiO2:1||Dehydration:1||HMF:1||Multiplex detection:1||Pathogenic bacteria:1||NANOTUBES:1||POLYTHIOPHENE:1||NANOMATERIALS:1||Catalyst:1||LangmuirBlodgett technique:1||atomic force microscopy:1||cellulose acetate butyrate:1||hybrid assembly:1||1D waveguides:1||biophotonics:1||DNAhybrid assemblies:1||replica synthesis:1||Alphaparticle spectrometry:1||Onthespot analysis:1||Layerbylayer deposition:1||sustained release:1||surfactants:1||bis(1phenylisoquinoline) (acetylacetonate) iridium (Ir(piq)(2)(acac)):1||polymerization temperature:1||silica:1||raspberry structure:1||Fret:1||PNA:1||Vascular stent:1||Antibacterial coating:1||Ab initio molecular simulation:1||electrocatalytic activity:1||PEDOT:PSS photocathode:1||biomaterials:1||Alkylimidazoliumbased ionic liquid:1||Labelfree:1||Clustered Vesicle:1||LangmuirSchafer Film:1||Biomineralization:1||Binary Miscibility:1||dimyristoyl phosphatidylcholine (DMPC):1||FTIR:1||labelfree biosensor:1||adhesion:1||microarray:1||cholesterols:1||Nearinfrared photocatalysis:1||Sustainable colorimetric sensing:1||Reversibility:1||Modulation:1||Ion adsorption:1||conjugated polymers:1||Magnesium hydroxide:1||hepatitis B virus:1||Blood compatibility:1||direct protein recognition:1||Conductive polymer:1||Photoactive polydiacetylene:1||Nitric oxide:1||photoelectrochemical cell:1||mass sensitivity:1||glass transition temperature:1||Fructose:1||Photopolymerization:1||LabelFree:1||SEMICONDUCTOR NANOCRYSTALS:1||FTIR Spectroscopy:1||phaseseparation:1||deformation elasticity:1||molecular dynamic simulation:1||DNA:1||Heterojunction structure:1||nonspecific binding removal:1||Layer by Layer (LbL):1||photodynamic therapy:1||encapsulation:1||Pluronic:1||Bead:1||First principle calculation:1||Ag nanoparticle:1||ratiometric pH measurement:1||ammonia detection:1||Nanowires:1||mechanical property:1||membrane resonator:1||Signal Enhancement:1||LayerbyLayer:1||3METHYLTHIOPHENE:1||ORGANICCRYSTALS:1||TRANSISTORS:1||Pt nanowire:1||Nanostructure:1||MiniArrayer:1||Surface Wettability:1||Membrane electrode assembly:1||polymeric antimicrobials:1||polyethers:1||Gold nanobipyramid:1||Diacetylenesilica coreshell nanoparticles:1||molecular depot:1||polymer aggregates:1||sIPNs:1||LangmuirSchaefer films:1||narrowband:1||reaction speed:1||fluorescent biosensors:1||immunochromatographic assays:1||polyelectrolyte:1||silica nanohybrids:1||Surface coating:1||thrombosis:1||restenosis:1||Mass fractal network:1||dyesensitized solar cell:1||polymers:1||resonant frequency:1||Fluorescence Switch:1||Chelating Agent:1||Polydiacetylene Vesicles:1||Electrospinning:1||LangmuirBlodgett Film:1||Dippen Nanolithography:1||Carbon:1||functional epoxide monomer:1||curvatures:1||lipid membranes:1||piconjugated polymers:1||shape persistence:1||Radioactivity measurement:1||Uranium isotope analysis:1||CdSe tetrapods:1||anisotropic nanoparticles:1||protein capture:1||Silica armor:1||neutralization:1||rotating disk:1||Mechanical property:1||Antiinflammation effect:1||Antibacterial activity:1||Surface energy:1||Hybrid structure:1||Hydrogel:1||PEGDA:1||Rhodium complex:1||pH neutralization:1||shape:1||Halide:1||Thermochromism:1||Colorimetric Detection:1||Polymerization Temperature:1||OPTICALPROPERTIES:1||CdS:1||monolayerbilayer junctions:1||Au/Ag bimetals:1||nanoplates:1||Enhanced sensory figure:1||Polydiacetylene nanoliposome:1||redlight emitting nanoparticles:1||resonance Raman spectroscopy:1||binding affinity:1||Poly(lacticcoglycolic acid) composites:1||Quantum dot:1||fluorescence spectroscopy:1||Microcapillary:1||Drugeluting stent (DES):1||phasetransition nanowires:1||Antibacterial polymers:1||structureproperty relationships:1||polylactide:1||Diaphragm sensor:1||polymer blends:1||Aqueousphase processing:1||Aerogel:1||Sensor:1||LUMINESCENCE:1||ARRAYS:1||CELLS:1||Heat treatment:1||superhydrophobicity:1||adhesiveness:1||Polydiacetylene Patterns:1||jumptosurface:1||immobilization:1||Environmental monitoring:1||Photomask patterning:1||

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