ScholarWorks@Gachon: Lee, Nae Yoon

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Lee, Nae Yoon (이내윤)

BioNano Technology (Department of BioNano Technology)

Research Area: 화학생명공학, 화학생명공학

Tel 031-750-8556
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Foodborne pathogens:8||Single heater:4||Polymerase chain reaction (PCR):4||Flowthrough PCR:4||Poly(methylmethacrylate) (PMMA):4||Integrated microdevice:4||microfluidics:3||Colorimetric detection:3||Microfluidic device:3||Solvent bonding:3||Pointofcare testing:3||Polycarbonate:3||Flowthrough polymerase chain reaction (PCR):3||loopmediated isothermal amplification:3||polydopamine:3||mesenchymal stem cells:2||UV irradiation:2||Environmental monitoring:2||silver nanoparticles:2||Urethane linkage:2||Diagnosis:2||Aminosilane:2||microfluidic device:2||Food safety:2||Loopmediated isothermal amplification:2||Siloxane bond:2||tissue engineering:2||Ethanol treatment:2||Acetic acid:2||Aggregationbased DNA detection:2||Immunomagnetic separation:2||Infectious disease:2||biomaterials:2||Chelex resin:2||PCR:2||Green synthesis:2||pointofcare testing:2||Microfluidics:2||Temperature gradient:2||DNA purification:2||Thermoplastics:2||Continuousflow polymerase chain reaction:2||Enterococcus faecium:2||colorimetric detection:2||SARSCoV2:2||loopmediated isothermal amplification (LAMP):2||Poly(methyl methacrylate) (PMMA):2||Environmental applications:2||Sample preparation:2||Electrical signal:1||Electrolysis:1||Escherichia coli O157: H7:1||Escherichia coli O157:H7:1||Ethidium homodimer1:1||FTA card:1||Fabrication techniques:1||Flowthrough polymerase chain reaction:1||Fluorescence chemosensor:1||Fluorescent probe:1||Fluorometry:1||Focused electric field:1||Foldable PMMA microdevice:1||Foldable allinone microdevice:1||Food contamination:1||Formylphenylboronic acid:1||Fuchsin staining:1||Fully integrated paper microdevice:1||Functional integration:1||Gas sensor:1||Genetically modified organism (GMO):1||H1N1:1||Hair loss:1||Healthcare application:1||Hoechst:1||Human body heat:1||Human mesenchymal stem cells:1||Human mesenchymal stem cells (hMSCs):1||Human umbilical vein endothelial cell (HUVEC):1||Human umbilical vein endothelial cells (HUVECs):1||Hydrogel:1||Hydrophilic/hydrophobic coating:1||Hydrophobic microchannel coating:1||IR radiation:1||Immobilizationfree process:1||In vitro human blood vessels:1||Injectable collagen scaffold:1||Integrated plastic microdevice:1||Integration:1||Invar sheet:1||LabonaChip:1||LabonaChip Devices:1||Labonachip (LOC):1||Labonachip devices:1||Lanthanide complexes:1||Living cells:1||Loop mediated isothermal amplification:1||Loopmediated isothermal amplification (LAMP):1||Luminescence:1||Metal ion:1||Metal ions:1||Methylene blue:1||Micro total analysis systems (mu TAS):1||Microelectricalmechanical systems:1||Microdevice:1||Microelectromechanical systems (MEMS):1||Microfluidic approach:1||Microfluidic chip:1||Microorganisms:1||Microwaveassisted bonding:1||Miniaturization:1||Molecular amplification:1||Monolithic microdevice:1||Multidrug resistance:1||Multiple pathogen detection:1||Multiplex PCR:1||Multiplex pathogen detection:1||Multiplex polymerase chain reaction (PCR):1||Nanomaterials:1||Nucleic acid purification:1||Onchip PCR:1||Onchip amplification:1||Onchip purification:1||Onsite detection:1||Optical fiber sensor:1||Organic dyes:1||Organic pollutant:1||PDMS microdevice:1||PLGA macroparticles:1||PMMA microdevices:1||PTFE tube:1||Paper device:1||Paper microfluidics:1||Paper strip:1||Paperbased analytical devices (µPADs):1||Parallel reactions:1||Particle sensor:1||Pathogenic bacteria:1||Pathogens:1||Peripheral accessories:1||Permeability:1||Pesticides:1||Photocatalyst:1||Pipettefree and fully integrated paper device:1||Planar microdevice:1||Plastic Sealing:1||Plastic array:1||Plastic bonding:1||Plastic disposable syringe:1||Plastic syringe:1||Plastics:1||Point of care test:1||Pointofcare testing (POCT):1||Poly(acrylic acid) (PAA):1||Poly(dimethylsiloxane):1||Poly(dimethylsiloxane) (PDMS):1||Poly(dimethylsiloxane) (PDMS) contact printing:1||Poly(dimethylsiloxane) (PDMS)polycarbonate (PC) hybrid microdevice:1||Poly(methyl methacrylate):1||Poly(methylmethacrylate):1||Polycaprolactone (PCL):1||Polycarbonate (PC):1||Polycarbonate (PC) microdevice:1||Polycarbonate monolithic microdevice:1||Polycarbonate support:1||Polydimethylsiloxane:1||Polydopamine aggregation:1||Polymerase Chain Reaction:1||Polymerase chain reaction:1||Polymers:1||Polysaccharide:1||Polytetrafluoroethylene (PTFE) microreactor:1||Popup paperbased microdevice:1||Powerfree:1||Protein encapsulation:1||RPM control:1||Reactive species:1||Recombinase polymerase amplification (RPA):1||Reduced graphene oxide (rGO):1||Regeneration:1||Reverse transcription:1||Reversible/irreversible bonding:1||Right triangular prismshape:1||Room Temperature:1||Safranin O:1||Salmonella spp.:1||Sample actuation:1||Sample purification:1||Schiff's reagent:1||Selective Escherichia coli patterning:1||Selective hydrophobization:1||Semiautomated liquid transport:1||Semiautomated sample injection:1||Single heater Portable pump:1||Single nucleotide polymorphism:1||Smartphone:1||Smooth muscle cells (SMCs):1||Soft lithography:1||Solgel coating:1||Solid phase:1||Soybean:1||Surface Modification:1||Surface hydrophilic/hydrophobic modification:1||Surface modification:1||Surface plasmon resonance (SPR):1||Sustainable changes:1||TGFβ3:1||THP1:1||Targeted adhesion:1||Thermal gradient:1||Thermoelectricity:1||ThreeDimensional microdevice:1||Tight junction:1||Transducer:1||Transendothelial electrical resistance (TEER):1||Transition metal complexes:1||TwoDimensional planar polydimethylsiloxane microdevice:1||UV curing:1||UVcurable optical adhesive:1||Valvefree sequential injection:1||Vancomycinresistant Enterococcus:1||Viability assay:1||Viable Enterococcus:1||Viruses detection:1||Visual inspection:1||Wastewater treatment:1||Wearable RPA microdevice:1||Wettability tuning:1||adhesive bonding:1||alga:1||alginate fiber:1||aminosilane:1||arginylglycylaspartic acid:1||bar gene:1||betacyclodextrin:1||bimodal visual detection:1||bioprinting:1||biosensors:1||bonding:1||bone and cartilage regeneration:1||bovine serum albumin:1||carmoisine:1||carmoisinebased colorimetric detection:1||cell adhesion:1||cell arrays:1||cell culture:1||chitosan:1||chondrogenic differentiation:1||clinical microbial detection:1||contact printing:1||contagious pathogens:1||coplanar gate graphene transistor:1||culturability:1||deep eutectic solvent:1||detection module:1||disc:1||dopamine patterning:1||droplet:1||drug delivery:1||drug discovery:1||drug screening:1||electrodeposition:1||electronic skin:1||epoxyfunctionalized poly(dimethylsiloxane) (PDMS):1||extracellular matrix:1||ferrowax microvalve:1||fielddeployable:1||foldable microdevice:1||food monitoring:1||food safety:1||foodborne:1||foodborne pathogen:1||foodborne pathogens:1||functionalization of polymers:1||gasphase chemical deposition:1||gold nanoparticles:1||green solvent:1||growth factor:1||helicase dependent isothermal amplification:1||highresolution cell patterning:1||human umbilical vein endothelial cells:1||hydrophilic surface modification:1||hydrophobic coating:1||immunoassay:1||imprint molding:1||infectious pathogens:1||integrated microdevice:1||isothermal amplification:1||localized surface plasmon resonance:1||longterm storage:1||low gelling temperature agarose:1||low power:1||membrane integrity:1||membranes:1||metabolic activity:1||metagenomics:1||metal regulatory transcription factor 1 (MTF1):1||microbial diversity:1||microcarriers:1||microfabrication:1||microfluidic technology:1||micropatterns:1||microwell:1||microwell bead arrays:1||molecular assay:1||molecular diagnostic kit:1||multiplex detection:1||nanofluid:1||nanomaterials:1||nanostructure fabrication:1||nanotechnology:1||nextgeneration sequencing:1||nonelastomeric molds:1||nucleic acid amplification:1||onchip detection:1||optical cell:1||optical fiber:1||pHdependent colorimetric detection:1||palmsized 3Dprinted heater:1||phenolphthaleinsoaked swab:1||pipettefree:1||pointofcare testing (POCT):1||pointofneed (PON) testing:1||poly(dimethylsiloxane):1||poly(dimethylsiloxane) elastomer:1||poly(methyl methacrylate)(PMMA):1||polycarbonate microdevice:1||polyethylenimine (PEI):1||pressure sensors active matrix:1||quercetin:1||realtime LAMP (RTLAMP):1||regulatory macrophages:1||reverse transcription loopmediated isothermal amplification (RTLAMP):1||rotatable paper device:1||roughness reduction:1||sample preparation:1||separation techniques:1||serial dilution:1||severe fever with thrombocytopenia syndrome virus (SFTSV):1||solidphase polymerase chain reaction (SPPCR):1||solidphasebased nucleic acid purification:1||spheroids:1||spinning microdevice:1||stem cell:1||subtractive thermal transfer printing:1||surface hydrophilic:1||thermoplastic:1||thermoplastic bonding:1||thermoplastic polymers:1||thinfilm graphenebased heater:1||transparency:1||vanA gene:1||vanB gene:1||vancomycinresistant Enterococcus:1||vascular mimetics:1||versatile surfaces:1||viability assessment:1||viable but nonculturable bacteria (VBNC):1||virus:1||visual detection:1||vitamin C:1||35S promoter:1||wet stamp:1||3D spiral microchannel:1||4Aminoantipyrine:1||Acinetobacter baumannii:1||Actin filament:1||Adhesion bonding:1||Adsorption:1||Air pollution:1||Alginate microparticles:1||Allinone PMMA device:1||Allelespecific LAMP:1||AminePolydimethylsiloxane Linker:1||Aminefunctionalized:1||Antibiotic resistant:1||Antibiotics:1||Atmospheric window:1||Bacteria detection:1||Bent microdevice:1||Biodegradable scaffold:1||Biological contaminant:1||Biosensing:1||Biowaste:1||Bismuth:1||Blood brain barrier (BBB):1||Bond strength analyses:1||Carbon pastebased heater:1||Carbon quantum dots:1||Cellfree VZV:1||Centrifugal force:1||Centrifugal microfluidics:1||Chemical contaminant:1||Chemical resistance:1||Chip:1||Chondrogenesis:1||Chondrogenic differentiation:1||Clogfree:1||Cochlodinium polykrikoides:1||Colorimetry:1||Copper hybrid nanostructure:1||Copper tapebased solid phase detection:1||Cordless operation:1||CuSO4/H2O2based DNA extraction:1||DNA extraction:1||DNA sensor:1||Direct Zscheme:1||Disposable equipment:1||Dopamine:1||Dualmode visual detection:1||Electrical cell lysis:1||

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