CAU Scholar's Space: Yoo, Seung Min

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Yoo, Seung Min (유승민)

창의ICT공과대학 (융합공학부)

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Tel 02-820-5535
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DNA:7||DNA microarray:5||Bacteria:5||metabolic engineering:4||detection:4||surfaceenhanced Raman scattering:4||nanowires:4||Diagnosis:4||diagnosis:3||Metabolic engineering:3||synthetic sRNA:3||microarray:3||Aptamer:3||Infectious disease:3||Biomolecule:2||biosensor:2||Biosensor:2||Microbial cell factory:2||Raman spectroscopy:2||pathogen:2||gold:2||Transformation:2||knockdown:2||Electrochemical sensor:2||synthetic biology:2||Probe:2||SingleWalled Carbon Nanotube:2||biomarker:2||DNA templating:1||DNAmodifying enzyme:1||Detection:1||Electrical Detection:1||Electrochemical detection:1||Electrode:1||Enzymatic cleavage:1||Escherichia coli:1||Flux control:1||Fungus:1||Gene expression:1||Gene expression optimization:1||Genetic manipulation:1||Genetic tool:1||Genetics:1||Hfqbinding region:1||Highthroughput screening:1||ITS:1||Lproline:1||Label free:1||LabelFree Detection:1||Library:1||Localized surface plasmon resonance sensor:1||Methylomonas sp. DH1:1||Microbial pathogen:1||Microbial production:1||Multispot array:1||NanoBiosensor:1||Nanobiotechnology:1||Nanomaterials:1||Optical Detection:1||Optical biosensor:1||P. aeruginosa:1||PHB depolymerase:1||Pathogen detection:1||Pathogenic microorganism:1||Photoluminescence:1||Photonic Crystal:1||Physical transformation:1||Plasmid DNA:1||Plasmid compatibility:1||Poly3hydroxybutyrate:1||Promoter library:1||Protein microarray:1||Pyrene:1||Quantum dot:1||Reactive oxygen species:1||Rubidium chloride:1||S1 nuclease:1||SELEX:1||Screening:1||Sepiolite:1||Signallingrelated metabolite:1||Single mutation:1||Small regulatory RNA:1||Specificity:1||Sterilization:1||Substratebinding domain:1||Synthetic biology:1||Synthetic sRNA:1||Tuning gene expression and regulation:1||Virus:1||Visible light illumination:1||Waterborne pathogens:1||antibiotics:1||bacterial contamination:1||bacterial infection:1||bacterial pathogen:1||bacterial speciesspecific probes:1||biomolecule:1||bipolar electrode:1||bloodborne pathogen:1||carbon nanotubes:1||chitosan nanopatterns:1||chromogen:1||coreactant:1||colorimetry:1||core/shell nanoparticles:1||doping:1||electrical trigger:1||electrochemiluminescence:1||enzymes:1||exonuclease:1||exonuclease III:1||fieldeffect transistors:1||finetuned gene repression:1||gene delivery:1||gene regulation:1||gene repression:1||genetic disorder:1||highproduction performance:1||highthroughput genetic engineering tool:1||infectious disease:1||localized surface plasmon resonance:1||luminophore:1||malonylCoA:1||mercury:1||metabolic flux control:1||microbial cell factory:1||molecular lithography:1||multiple alignment:1||multiplex:1||nanoinjector:1||nanomaterial:1||nanoparticle:1||nanostructure:1||natural products:1||nicking endonuclease:1||nosocomial pathogen:1||pathogen detection:1||pathogen diagnosis:1||pattern:1||phage λ PR promoter:1||polyketide synthase:1||polymorphism:1||probe:1||protein expression:1||putrescine:1||resonance energy transfer:1||sensors:1||single nucleotide polymorphism:1||small regulatory RNA:1||surface plasmon resonance:1||systems metabolic engineering:1||target gene:1||23S rDNA:1||transfer:1||3Dredoxcapacitor:1||A. baumannii:1||Affinity:1||Antibiotic resistance:1||Antibiotic susceptibility testing:1||Au nanowire:1||Bacterial cell detection:1||Bacterial communication:1||Bacterial pathogen:1||Bacteriology:1||Biomimetics:1||Biomolecular Interaction:1||Biotechnology:1||Bloodstream infection:1||Cadaverine:1||Carbon nitride:1||Cell membrane permeability:1||Chemical compounds:1||Chemical transformation:1||Chemicophysical transformation:1||Corepression:1||DNA Hybridization:1||DNA Microarray:1||DNA chip:1||DNA ligase:1||DNA polymerase:1||DNA probes:1||

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84, Heukseok-ro, Dongjak-gu, Seoul, Republic of Korea (06974)02-820-6194

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