CAU Scholar's Space: Choo, Jaebum

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Choo, Jaebum (주재범)

자연과학대학 (화학과)

Research Area: 기능성 나노입자 합성 및 특성 분석, 마이크로유체칩을 이용한 기능성 분석 모듈 개발, 고감도 면역크로마토그래피

Tel 02-820-5801
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Surfaceenhanced Raman scattering:29||Immunoassay:12||surfaceenhanced Raman scattering:11||Raman spectroscopy:11||SARSCoV2:10||Microfluidics:10||SERS:9||Surfaceenhanced Raman scattering (SERS):8||Hollow gold nanospheres:7||ab initio method:6||Lateral flow assay:5||immunoassay:5||Gold nanoparticles:5||Ag:5||Aptasensor:4||Surface enhanced Raman scattering:4||Magnetic bead:4||Aptamer:4||surfaceenhanced Raman scattering (SERS):4||Trace analysis:4||Liposome:4||Au:4||FRET:4||nanoparticles:4||DFT method:3||SERS nanotag:3||Biomarker:3||microfluidics:3||surfaceenhanced Raman spectroscopy:3||Melamine:3||microreactor:3||ringpuckering potential energy function:3||confocal microscopy:3||adsorption:3||density functional theory:3||density functional theory method:3||1,4benzodioxan:2||phthalan:2||Bacteria:2||fluorescence labels:2||1,3benzodioxole:2||Francisella tularensis:2||Lab on a chip:2||surfaceEnhanced Raman scattering:2||Principal component analysis:2||Hydrogel:2||Microalgae:2||DFT calculation:2||Microarray:2||Microarray chip:2||Microdroplet:2||Microdroplet sensor:2||DNA:2||Lateral flow assay strip:2||DNA hybridization:2||PDMS:2||Surface modification:2||Lateral flow immunoassay:2||pesticide detection:2||Angiogenin:2||natural bond orbital analysis:2||plasmonic coupling:2||plasmonics:2||Milk:2||Surfaceenhanced raman scattering:2||labonachip:2||polyglutamate:2||Density functional theory:2||Early diagnosis:2||Au nanoparticle:2||magnetic bead:2||Peptide screening:2||In vitro diagnostics:2||Total internal reflection fluorescence microscopy (TIRFM):2||SERS imaging:2||microfluidic channel:2||microfluidic chip:2||quantum dots:2||microfluidic sensor:2||Aptamer sensor:2||reproducibility:2||SERS mapping:2||Infectious disease:2||sandwich assay:2||SERS substrate:2||multiplex detection:2||Mycotoxin:2||Diagnostics:2||Fluorescence:2||Nanoarray protein chip:2||nanodimpled substrate:2||Nanogap:2||SERSbased immunoassay:2||Anthrax:2||Nanoparticles:2||nanowires:2||Density functional theory (DFT) calculation:1||Density functional theory calculations:1||Diagnosis:1||Digital PCR:1||Digital RPA:1||Dropletbased microfluidic:1||Dropletbased microfluidics:1||Droplets:1||Dual Nanoprobes:1||Dualmode assay:1||Dualmode assays:1||Duplex assays:1||EWaste:1||ECSERS:1||EGFR:1||ELISA:1||ERK2 marker:1||Ecological impact:1||Electrochemical sensor:1||Electrokinetic pump:1||Electroosmotic flow:1||Electroosmotic pump:1||Electrooxidation:1||Electrophoresis pump:1||Electrospinning:1||Electrostatic force microscopy:1||Electrostatic interactions:1||Emulsion PCR:1||Encapsulation yield:1||Energetic stabilities:1||Enhanced Raman scattering:1||Environmental catalysts:1||Environmental stress:1||Enzyme encapsulation:1||Erlotinib:1||Etching:1||Explosives detection:1||FTIR:1||Factor VIII:1||Feature extraction:1||Fluorescein isothiocyanate:1||Fluorescence intensity:1||Fluorescence polarization:1||Fluorescence quenching:1||Fluorescent probe:1||Fourier Transform Infrared spectroscopy:1||Functionalized hydrogels:1||Fungal cell:1||GREENIFICATION strategy:1||Gas sensor:1||Gefitinib:1||Genomics:1||Gold enhancement:1||Gold nanoparticle conjugates:1||Gold nanopopcorn:1||Gold surfaces:1||Gold valorization:1||Gradient:1||Green synthesis:1||Growth:1||Harmful algal blooms:1||High throughput screening:1||Homogeneous sensing probe:1||Hot spot:1||Human IgG:1||Human epidermal growth factor receptor 2 (HER2):1||Human immunodeficiency virus type 1 (HIV1):1||Human immunoglobulin:1||Human leptin:1||Hydrogen sensor:1||Hydrophobic:1||Hydrophobic pattern:1||Hydrophobic/hydrophilic pattern:1||Hyperthyroidism:1||IC3D:1||IR:1||IgG detection:1||Immunobinding:1||Immunoassays:1||In vitro antifungal drug release:1||In vitro diagnostics (IVD):1||Influenza A virus:1||Influenza a virus:1||Influenza virus:1||Influenza virus A:1||Interfacial structures:1||Intracellular Cu(II):1||Intracellular release:1||Intravital imaging:1||Ion imprinted polymers:1||Lab On A Chip:1||Lab on a Chip:1||Labonachip:1||Labelfree detection:1||Laminar flow mixing:1||LangmuirBlodgett:1||Lateral flow assay (LFA):1||Lateral flow assay strips:1||Lesionspecific enzymeinduced break assay:1||LiCoO2:1||Liposome diameter:1||Living cells:1||Lung cancer cells:1||Lysophosphatidylcholine:1||M13 Bacteriophage:1||M13 bacteriophage:1||M13 phage:1||Magnetic Particles:1||Magnetic bead separation:1||Magnetic particles:1||Malachite green:1||Matrix solidphase dispersion:1||Medical diagnosis:1||Membrane cholesterol:1||Memory effect:1||Mercury detection:1||Mercury ion:1||Metal nanoparticles:1||Metal recovery:1||Metallic nanoparticles:1||Methyladenines:1||Micellar electrokinetic chromatography:1||Micro array:1||Microangiography:1||Microchips:1||Microdosing systems:1||Microfluidic:1||Microfluidic channel:1||Microfluidic gradient sensor:1||Microfluidic paperbased device:1||Micromixer:1||Microorganisms:1||Minimum inhibitory concentration:1||Miscible fluids:1||Molecular biothiols:1||Molecular diagnostics:1||Molecular diffusion:1||Molecularly imprinted polymers:1||Multifunctional monomer imprinting:1||Multifunctional platforms:1||Multiplex assay:1||Multiplex detection:1||Multiplexing:1||Myclobutanil:1||NIR:1||NIR II:1||Nanogap:1||Nanofiber:1||Nanomaterial:1||Nanoparticle:1||Nanopipette:1||Nanoprobes:1||Nanoscale graphene oxide:1||Network assembly:1||Nextgeneration sequencing:1||Ni:1||Nonspecific binding:1||O:1||Oligonucleotide chip:1||On site diagnosis:1||Onchip detection:1||Onepot electrodeposition:1||Optical sensing:1||Optical sensors:1||Oriented Immobilization:1||Orthogonal design:1||P19 embryonal carcinoma:1||PBLGPEO:1||PDEB:1||PLC gamma 1 marker:1||PLS:1||PMMA:1||PSF:1||PTEN:1||Paperbased sensor:1||Paraquat:1||Passive mixing:1||Pathogen Detection:1||Pep 1 peptide:1||Peptide library:1||Peroxidaselike activity:1||Phage display:1||Phage display biopanning:1||Phase modulation:1||Phosphatidylserine:1||Phospholipids:1||Photopolymerization:1||Photosystem II:1||Physiological/pathological processes:1||Pillar obstruction channel:1||Plasmonenhanced fluorescence:1||Plasmonic:1||Plasmonic nanomaterials:1||Pointofcare (POC):1||Pointofcare testing:1||Poly(dimethylsiloxane):1||Poly(ethylene glycol) (PEG):1||PolygammaDglutamic acid:1||PolyγDglutamic acid:1||Polydiacetylene sensor:1||Polymerase chain reaction (PCR):1||Porous silicon:1||Powdered milk:1||Prostate cancer antigen 3 (PCA3):1||Protein adsorption:1||Proteinanchoring:1||Proteinprotein interaction:1||Proteomics:1||Pt/MWNT nanocomposites:1||Pyocyanin:1||Quantitation:1||Quantitative analysis:1||Quantum dot:1||R:1||Raman microscopy:1||Raman scattering:1||Raman spectra:1||Raman spectrosccpy:1||Rat glioma C6 cells:1||Ratiometric fluorescence:1||Recyclable:1||ReflectionAbsorption IR:1||Reproducibility:1||Reusable sensor:1||Reused electronic waste:1||Rheumatoid arthritis:1||SAM:1||SEIRA:1||SERS Imaging:1||SERS detection:1||SERS imaging sensor:1||SERS immunoassay:1||SERS nano tag:1||SERS nanotags:1||SERS tags:1||SERSBased cellular imaging:1||SERSELISA:1||SERSLFA:1||SERSPCR:1||SERSactive MOFAuNP complexes:1||SERSbased assay:1||SERSbased microfluidics:1||SWNTs:1||Sampleinanswerout:1||Selective recycling gold:1||Self align:1||Sensitive immunoassay:1||Severe acute respiratory syndrome coronavirus 2:1||SiO2 bead:1||Silicaencapsulated gold nanoparticles:1||Silicaencapsulation:1||Silver nanoparticle:1||Silver nanoparticles:1||Silver substrates:1||Silvercoated magnetic nanoparticles:1||Single molecule sensitivity:1||Singlecell RNA sequencing:1||Singlemolecule detection:1||Singlemolecule sandwich immunoassay:1||Solenoid:1||Spectral database:1||Spheroid cell culture:1||Staurosporine (STP):1||Stem cell differentiation:1||Surface Modification:1||Surface patterning tool:1||Surface plasmon resonance:1||SurfaceEnhanced Raman Scattering:1||Surfaceenhanced Raman Scattering:1||Surfaceenhanced Raman scattering imaging:1||Surfaceenhanced Raman spectroscopy:1||Surfacetovolume ratio:1||Sustainability:1||T4 endonuclease V:1||TERS:1||TMASOx complexes:1||Tautomers:1||Thermal stability:1||Thrombin:1||Thylakoids:1||Thyroidstimulating hormone (TSH):1||Timelapse measurements:1||Toxin detection:1||Triazines:1||Tuberculosis:1||Tungsten oxide:1||UiO66NH<sub>2</sub>:1||Valorization:1||Vertical flow assay:1||Visual detection:1||Water quality:1||Xray absorption spectroscopy:1||Xray diffraction:1||Yersinia pestis:1||Zebrafish:1||ab initio calculations:1||acetate selfmixing method:1||aggregation energy:1||alkaline phosphatasedigestion:1||alpha,omegadiphenylpolyenyl aminos:1||alphabromootoluic acid:1||anisotropy:1||annealing:1||annexinV:1||anode materials:1||anodized aluminum oxides:1||anticyclic citrullinated peptide antibody:1||apoptosis:1||aptamer:1||bacterial pathogen:1||basal cell carcinoma:1||basal cell carcinoma detection:1||bicyclo[3.1.0]hexane:1||bicyclo[3.3.1]nonan9one:1||bicyclo[3.3.1]nonane:1||bioconjugation:1||biohybrid microparticles:1||biological application:1||biosensing:1||bioterrorism:1||bismuth oxide:1||block copolymer:1||blood sample:1||bolaamphiphile:1||botulinum neurotoxins:1||cancer marker:1||caspase:1||catalysis:1||catalytic effect:1||cathode material:1||cathodes:1||cavity ringdown spectra:1||cell imaging:1||cellular imaging:1||charge transfer:1||chemical attachment:1||chemical bonding nature:1||chemical sensor:1||chemometrics:1||chemosensors:1||clinical diagnosis:1||configuration interaction singles:1||confocal Raman microscopy:1||confocal laserscanning microscopy:1||confocal scanning microscope:1||conical nanostructures:1||cubic spinel lithium manganate:1||culturefree detection:1||diagnosis:1||dibenzopdioxin:1||diethylbenzene isomers:1||dimethyl sulfide:1||drug monitoring:1||early diagnosis:1||electrochemical deposition:1||electrochemical electrodes:1||electrochemical sensor:1||electrodeposition:1||electrohydrodynamic cojetting:1||electrokinetic pump:1||electromagnetic enhancement:1||electronic states:1||electroosmotic pump:1||enzyme immobilization:1||estrogen receptor beta:1||excited states:1||explosives detection:1||farinfrared spectra:1||feature extraction:1||fluorescence:1||fluorescence resonance energy transfer:1||fluoropolymer:1||free to total PSA ratio:1||gauche and trans conformers:1||gels:1||gold:1||gold nanoparticle:1||gold nanoshell:1||green chemistry:1||ground states:1||hairy rod:1||heavy water:1||high sensitivity:1||hollow gold nanospheres:1||hollow gold nanostar:1||hot electrons:1||hydrogel:1||hydrogen bonding:1||image contrast:1||imine formation:1||imine synthesis:1||immunoliposome:1||in situ monitoring:1||in vitro diagnostics:1||intracellular delivery:1||intraparticle visualization:1||inversion barrier:1||irondeficiency anemia detection:1||lab on a chip:1||laser ablation:1||laserinduced fluorescence:1||lateral flow assay strip:1||liposome:1||liposome immunoassay:1||lithium:1||malachite green:1||mercury:1||metallic nanopore:1||methanethiolate:1||microRaman spectroscopy:1||microarray:1||microarray detection:1||microbead:1||micropatterning:1||micropump:1||microsystem:1||miniaturization:1||molecular beacon:1||molecular imprinting:1||molecular structures:1||molecularly imprinted polymers:1||molecularly imprinted polymers (MIPs):1||multiplex:1||multiplexed biosensing:1||multivariate calibration:1||mycotoxin:1||nanopore silica:1||nanocarrier:1||nanochannel:1||nanogaps:1||nanomedicine:1||nanopillar pattern:1||nanoplasmonics:1||nanopopcorn substrate:1||nanopore:1||nanostructures:1||natural bond analysis:1||natural population analysis:1||near infrared spectroscopy:1||nearinfrared spectroscopy:1||neuronal differentiation:1||nickel substitution:1||nicotine:1||noninvasive:1||nuclear translocation:1||oligonucleotide chip:1||onchip detection:1||open sandwich immunoassay:1||optical detection:1||optical imaging:1||optical sensor single molecule sensors:1||optofluidic system:1||organic compounds:1||organic synthesis:1||oxalyl chlorofluoride:1||pDiethylbenzene:1||paperbased microfluidic devices:1||partial least squares:1||partial least squares (PLS):1||partial leastsquares:1||pattern recognition:1||phase contrast imaging:1||phosphatidylserine:1||photopolymerization:1||photolithography:1||photoluminescence:1||photothermaltherapy:1||phycocyanin:1||polarized Raman microscopy:1||poly(ethylene glycol) diacrylate (PEGDA):1||polydimethylsiloxane:1||polyglutamates:1||polymer adsorption:1||polymorphism:1||pore diameter:1||portable Raman reader:1||potential energy function:1||potential energy functions:1||potential energy surface:1||potential energy surfaces:1||potentialdependent SERS:1||precocious puberty:1||pressurized heavy water reactor:1||principal component analysis:1||prostate cancer:1||protein adsorption:1||quantitative analysis:1||quantum dot:1||reaction monitoring:1||real‐time polymerase chain reaction:1||realtime analysis:1||rechargeable lithium battery:1||reflectance image:1||reverse Ushape:1||rheumatoid arthritis:1||ring nanocone arrays:1||ringbending vibrations:1||ringinversion process:1||rodcoil copolymer:1||sgauche and strans conformers:1||sandwich immunoassay:1||sandwich immunoassays:1||sandwich immunocomplex:1||scanning rate:1||secondary cells:1||selenanthrene:1||selfconsistent reaction field method:1||sensitivity analysis:1||side chain effect:1||signal enhancement:1||silicon:1||silk fibroin:1||silver nanowires:1||simultaneous detection:1||singlestrand breaks:1||skin cancer:1||smectic C phase:1||soliton:1||solvolysis:1||spectral database:1||spectral resolution:1||spike protein:1||staurosporine:1||surface‐enhanced Raman scattering:1||surface coverage:1||surface diffusion:1||surface enhanced Raman spectroscopy:1||surfaceenhanced:1||surfaceenhanced Raman:1||sweat sensor:1||tautomerism:1||tautomers:1||tdB3LYP:1||temperature gradient FTIR:1||theoretical calculations:1||thianthrene:1||thymine:1||total ironbinding capacity:1||trace analysis:1||transretinoic acid:1||transmission electron microscopy:1||tsutsugamushi:1||typhi:1||ultraviolet spectra:1||uracil:1||vibrational frequencies:1||vibrational spectra:1||vibrational spectroscopy:1||vibrational states:1||wearable sensor:1||(trifluoromethyl)iodine dihalides:1||μPAD:1||1,3,5benzenetricarboxylic acid:1||1,4cyclohexadiene:1||1,4dioxin:1||1Pyrenebutyric acid:1||17 betaestradiol (E2):1||2,3diaza1,3butadiene:1||2,3diphospha1,3butadiene:1||2cyclohexen1one:1||3,6dioxa[3.1.0]hexane:1||3oxabicyclol3.l.0]hexane:1||3D cell culture microsystem:1||3D microfluidics:1||4Hpyran:1||6oxabicyclo[3.1.0]hexane:1||ATRIR:1||Adsorption orientation:1||Affinity maturation:1||Aflatoxin B1:1||Algal toxins:1||Alkaline phosphatase:1||Amperometric gas sensor:1||Amplificationfree DNA detection:1||An:1||Annexin V:1||AntiCCP:1||Antibacterial efficiency:1||Antibiotic susceptibility testing:1||Antibody:1||Antibody drug:1||Antibody mimicking peptides:1||Apoferritin:1||Apoptosis:1||Aqueous solution:1||Array format:1||Atherosclerosis:1||Au Nanopopcorn substrate:1||Au SERS substrates:1||Au nanodimple substrate:1||Au@AgNR:1||Axon guidance:1||BAM:1||Bacillus anthraces:1||Bacillus anthracis:1||Binding stability:1||Biofunctionalization:1||Biomedical diagnostics:1||Biomolecule:1||Bionanotechnology:1||Biopanning:1||Biorecognition of IgG:1||Bioremediation:1||Biosensing:1||Biosensors:1||Bisphenol A:1||Breast cancer:1||Creactive protein:1||CANDU:1||COVID19:1||Cancer biomarker:1||Cancer marker:1||Carbon capture:1||Caspase3:1||Cell phenotype:1||Cell viability:1||Cell viability test:1||Cellular biosensing:1||Cellular imaging:1||Cetuximab:1||Chaotic advection:1||Charge transfer:1||Chemical exposure:1||Chemodynamic therapy:1||Chemotaxis:1||Chitosan:1||Chromogenic detection:1||Citrinin:1||Clusters:1||Colorimetric and fluorometric:1||Colorimetric immunoassay:1||Colorimetric sensors:1||Colorimetry:1||Competitive immunoassay:1||Confocal Raman microscopy:1||Confocal fluorescence microscopy:1||Confocal microscopy:1||Coronavirus disease 2019:1||Coumarin:1||Covalent immobilization:1||Cu:1||Cu(II) removal:1||Cyclobutane pyrimidine dimer:1||D2O:1||DFT:1||DPPC:1||Deconvolution:1||

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