Keyword Index
N
(M.4.110) SUB-MILLISECOND SEPARATION OF DNA AND MICRO-RNA BY NANOPILLAR ARRAY CHIPS
(W.5.131) A FABRICATION TECHNIQUE OF THREE-DIMENSIONAL NANOCHANNEL BRIDGES WITHOUT NANOLITHOGRAPHY
(W.1.7) FREE ACCESSIBLE MICROCHANNEL USING AIR-LIQUID INTERFACE WITH PATTERNED NANO-GEOMETRIC SURFACE BY HYBRID MASK LITHOGRAPHY
(T.7.164) NANO-OPTOFLUIDIC WAVEGUIDES WITH SUPER-RESOLUTION LIQUID GAP COUPLING FOR BIOMOLECULAR APPLICATIONS
(3.B2-2) OPTICAL NEAR-FIELD INDUCED CHEMICAL PARTIAL HYDROPHOBIC/ HYDROPHILIC MODIFICATION WITH SUB-DIFFRACTION LIMIT RESOLUTION
(M.1.29) NANO/MICRO JETS IN THIN FILMS FOR BIOMATERIAL MANIPULATION AND CHARACTERIZATION
(T.6.149) SINGLE-MOLECULE IMAGING DEVICE USING LOCALIZED EVANESCENT ILLUMINATION IN POLYMERIC NANOHOLES
(T.2.54) STABLE GENERATION OF MULTIPLE CHEMICAL GRADIENTS USING IN-SITU FORMED NANOPOROUS MEMBRANES
(3.C2-1) SINGLE DNA MANIPULATION IN SUBLITHOGRAPHIC NANOWIRE ARRAY CHIPS
(W.6.154) FORMATION OF A SINGLE METALLIZED DNA NANOWIRE IN A NANOCHANNEL
(T.4.106) ON-CHIP NANOFILTERS FOR BIOLOGICAL SAMPLE PRE-TREATMENT FOR ELECTROPHORETIC ANALYSIS OF SMALL MOLECULES IN WHOLE BLOOD
(T.2.48) SAMPLE PREPARATION FOR SINGLE-CELL WHOLE CHROMOSOME ANALYSIS
(W.5.131) A FABRICATION TECHNIQUE OF THREE-DIMENSIONAL NANOCHANNEL BRIDGES WITHOUT NANOLITHOGRAPHY
(M.6.152) ELECTRODE NANOGAP ENHANCED AND DIELECTROPHORESIS-ENABLED RAMAN SPECTROSCOPY OF SINGLE BIOMOLECULES WITH SIMULTANEOUS REAL-TIME ELECTRONIC MONITORING
(M.5.132) FAST AND VERSATILE FABRICATION OF PDMS NANOWRINKLING STRUCTURES
(2.B2-2) HARNESSING ENZYMATICALLY MACHINED NANO- AND MICRO-SCALE SURFACE TOPOGRAPHIES FOR HIGH-THROUGHPUT SEPARATIONS
(M.6.153) DEVELOPMENT OF METHOD FOR SIMULTANEOUS MEASUREMENT OF VISCOSITY AND SURFACE TENSION FORCE IN BIO-MIMETIC EXTENDED-NANO SPACE
(W.5.131) A FABRICATION TECHNIQUE OF THREE-DIMENSIONAL NANOCHANNEL BRIDGES WITHOUT NANOLITHOGRAPHY
(T.5.125) A ROOM-TEMPERATURE BONDING OF GLASS NANOFLUIDIC CHIPS UTILIZING A SURFACE ACTIVATION WITH A FLUORINE-CONTAINING PLASMA TREATMENT
(M.1.13) NANOBUBBLES AND GAS DYNAMICS DURING CAPILLARY FILLING OF NANOCHANNELS
(W.6.153) A LIPID-BASED PASSIVATION SCHEME FOR NANOFLUIDICS
(W.5.127) FABRICATION OF NANOFLUIDICS AND NANOPORE USING REACTIVE-ION DRY-ETCHING WITH ELECTRON-BEAM BAKED RESISTS
(W.9.196) MEMBRANELESS PURIFICATION OF HEAVY METAL CONTAMINATED WATER BY ION CONCENTRATION POLARIZATION
(W.1.3) NANO LAPLACE VALVE FOR FEMTOLITTER LIQUID GENERATION AND HANDLING REALIZED BY NANOPILLAR-IN-NANOCHANNEL FABRICATION AND SURFACE MODIFICATION
(1.C1-3) DETECTION OF SUB-PICOLITER-PER-MINUTE FLOWS BY ELECTROCHEMICAL AUTOCORRELATION SPECTROSCOPY
(T.4.103) ATTOLITER LIQUID CHROMATOGRAPHY USING EXTENDED-NANO CHANNEL FOR SEPARATION OF PROTEINS IN A SINGLE CELL
(W.6.152) OPTICAL MAPPING OF TRANSCRIPTIONAL FACTOR BINDING SITES ON SINGLE DNA MOLECULES USING NANOFLUIDIC DEVICES
(M.5.127) DEVELOPMENT OF GATING NANOPORE TOWARDS SINGLE-BIOMOLECULE ELECTRICAL IDENTIFICATION
(M.5.136) COMPLEX MODULUS OF PDMS AND ITS APPLICATION IN CELLULAR FORCE MEASUREMES
(T.3.88) PATTERNED NANOMAGNETS ON-CHIP FOR SCREENING CIRCULATING TUMOR CELLS IN BLOOD
(M.4.119) DROPLET MICROFLUIDICS WITH INTEGRATED GAS-PERMEABLE MEMBRANES FOR NANOMATERIALS SYNTHESIS WITH REACTIVE GASES
(W.6.149) PHARMACY-ON-A-CHIP: MICROFLUIDIC SYNTHESIS OF PEGYLATED AND FOLATE RECEPTOR-TARGETED LIPOSOMES FOR DRUG DELIVERY
(M.2.61) SIZE BASED NANOPARTICLE SEPARATION USING DIELECTROPHORETIC FOCUSING FOR FEMTOSECOND NANOCRYSTALLOGRAPHY OF MEMBRANE PROTEINS
(T.9.197) MICROFLUIDICALLY ENABLED HIGH-THROUGHPUT MONITORING OF ENVIRONMENTAL NANOPARTICLES
(W.4.109) THE EFFECT OF THE CHANNEL HEIGHT ON THE SEPARATION EFFICIENCY OF AN ELECTRICAL FIELD FLOW FRACTIONATION SYSTEM
(T.1.28) NANOPARTICLE CRYSTAL BASED NANOFLUIDIC BIOSENSOR AND ITS SIGNAL ENHANCEMENT
(W.4.109) THE EFFECT OF THE CHANNEL HEIGHT ON THE SEPARATION EFFICIENCY OF AN ELECTRICAL FIELD FLOW FRACTIONATION SYSTEM
(T.4.116) INTEGRATED HEATING AND COOLING MULTI-ZONE SILICON MICROREACTOR (MZSM) FOR INCREASED MONODISPERSITY IN TiO2 NANOPARTICLE SYNTHESIS
(T.1.16) A NOVEL MICROFLUIDIC CONCENTRATION GRADIENT DROPLET ARRAY GENERATOR FOR PREPARING OPTICAL ENCODING NANOPARTICLES
(T.4.112) NANOPILLAR PARALLEL-ARRAY STRUCTURE WITH DNA TRAPPING AND TORQUE-ASSISTED ESCAPE MODE FOR DNA SEPARATION
(W.1.3) NANO LAPLACE VALVE FOR FEMTOLITTER LIQUID GENERATION AND HANDLING REALIZED BY NANOPILLAR-IN-NANOCHANNEL FABRICATION AND SURFACE MODIFICATION
(M.4.110) SUB-MILLISECOND SEPARATION OF DNA AND MICRO-RNA BY NANOPILLAR ARRAY CHIPS
(4.C1-2) MONOTONIC TUNING OF PLASMON RESONANCE USING DEFORMABLE NANOPLASMONIC MEMBRANE FOR SURFACE-ENHANCED RAMAN SCATTERING
(M.7.166) GLASS NANOPILLAR ARRAY BASED NANOPLASMONIC LAB-ON-A-CHIP FOR HIGHLY SENSITIVE SURFACE ENHANCED RAMAN SPECTROSCOPY
(M.5.127) DEVELOPMENT OF GATING NANOPORE TOWARDS SINGLE-BIOMOLECULE ELECTRICAL IDENTIFICATION
(T.8.193) SELF-INTEGRATION OF ION TRANSPORT TUNABLE NANOPOROUS MICROPLUGS IN A MICROFLUIDIC CHIP FOR ELECTROKINETIC BIO-SAMPLE CONCENTRATION
(W.5.127) FABRICATION OF NANOFLUIDICS AND NANOPORE USING REACTIVE-ION DRY-ETCHING WITH ELECTRON-BEAM BAKED RESISTS
(T.1.9) NOVEL NON-EQUILIBRIUM ELECTROKINETIC MICROMIXER WITH NANOPOROUS MEMBRANE FABRICATED BY LASER POLYMERIZATION TECHNIQUE
(M.6.147) SELF-REGENERATING PHOTOCATALYTIC SENSOR BASED ON DIELECTROPHORETICALLY ASSEMBLED TiO2 NANOWIRES FOR POLLUTANT VAPOR SENSING
(1.C1-2) LABEL-FREE DETECTION OF REAL-TIME DNA AMPLIFICATION USING NANOWALL ARRAY STRUCTURES
(W.5.127) FABRICATION OF NANOFLUIDICS AND NANOPORE USING REACTIVE-ION DRY-ETCHING WITH ELECTRON-BEAM BAKED RESISTS
(1.C1-1) COLOCALIZATION OF Q-DOTS CARRIED BY MOTOR PROTEINS ON MICROTUBULE ARRAY IN NANOTRACKS
(W.6.154) FORMATION OF A SINGLE METALLIZED DNA NANOWIRE IN A NANOCHANNEL
(3.C2-1) SINGLE DNA MANIPULATION IN SUBLITHOGRAPHIC NANOWIRE ARRAY CHIPS
(3.C2-3) THE IMPLEMENTATION OF POLYSILICON NANOWIRE BASED BIOMOLECULAR SENSOR SYSTEM-ON-CHIP
(T.6.155) ALIGNING NANOWIRES BY STANDING SURFACE ACOUSTIC WAVES
(W.2.40) CHARACTERIZATION OF NATURAL KILLER CELLS’ CYTOTOXIC HETEROGENEITY USING AN ARRAY OF SONO-CAGES
(W.7.159) TIME AND POSITION DEPENDENT SURFACE FLOW VELOCITY MEASUREMENT IN MICROFLUIDIC DEVICES
(T.7.165) MONOLITHIC WAVEGUIDE ARRAY PLATFORM FOR PHOTONIC CHARACTERISATION OF BIOLOGICAL SAMPLE
(T.9.199) ENZYME-BASED BIOFUEL CELL DESIGNED FOR DIRECT POWER GENERATION FROM BIOFLUIDS IN LIVING ORGANISMS
(W.2.47) QUANTITATIVE PHYSIOLOGY WITH ISOLATED SINGLE CELLS AND MICROPOPULATIONS IN CONTROLLED MICROENVIRONMENTS EMPLOYING A PICOLITER BIOREACTOR
(3.A1-3) IMPLANTABLE MICROFLUIDIC INTERFACE DEVICES WITH DRUG PERFUSION FUNCTION THROUGH HYDROGEL MEMBRANE
(M.2.40) STUDY OF AXON-GUIDANCE INTERACTIONS IN CONTROLLED MICROFLUIDIC ENVIRONMENTS
(T.2.57) A NEUROSPHEROID CULTURED ON THE TIP OF A FLEXIBLE MICROELECTRODE FOR CORTICAL MICROSTIMULATION
(3.A2-1) NEURAL STEM CELL DIFFERENTIATION IN VASCULAR MICROENVIRONMENT
(T.2.41) PARALLEL DISCRETE CHEMICAL STIMULATIONS OF MATRIX-ARRAYED NEUROSPHERES USING A MICROHOLE ARRAY DEVICE
(M.8.188) INTEGRATION OF NEURAMINIDASE INHIBITOR ASSAY INTO SINGLE STEP OPERATION USING COMBINABLE PDMS CAPILLARY (CPC) SENSOR
(M.2.54) LARGE SCALE ANALYSIS OF MAMMALIAN AXON GUIDANCE AND NEURON POLARIZATION USING ARRAYS OF MICROFLUIDIC GRADIENT GENERATORS
(T.3.97) SINGLE NEURON OBSERVATION IN A 3D NEURONAL TISSUE BLOOK
(W.3.97) THE EFFECT OF EXTRACELLULAR MATRIX ON ACTIVATION OF ATROCYTE IN 3D CO-CULTURE CHIP FOR NERVE INJURY MODEL
(T.3.73) A STUDY OF AXONAL PROTEIN TRAFFICKING IN NEURONAL NETWORKS VIA THE MICROFLUIDIC PLATFORM
(T.3.69) MICROFLUIDIC CULTURE PLATFORM FOR STUDYING NEURONAL RESPONSE TO AXONAL STRETCH INJURY
(W.2.59) CO-RELATION OF CELLULAR AND BEHAVIORAL RESPONSES OF CAENORHABDITIS ELEGANS TO PULSE DC ELECTRIC FIELDS
(T.3.97) SINGLE NEURON OBSERVATION IN A 3D NEURONAL TISSUE BLOOK
(T.3.69) MICROFLUIDIC CULTURE PLATFORM FOR STUDYING NEURONAL RESPONSE TO AXONAL STRETCH INJURY
(T.2.41) PARALLEL DISCRETE CHEMICAL STIMULATIONS OF MATRIX-ARRAYED NEUROSPHERES USING A MICROHOLE ARRAY DEVICE
(T.2.57) A NEUROSPHEROID CULTURED ON THE TIP OF A FLEXIBLE MICROELECTRODE FOR CORTICAL MICROSTIMULATION
(W.7.158) ION-ALTERED-FLUORESCENCE IMAGING (IAFI): A NEW, NON-INVASIVE, VISUALIZATION METHOD WHICH SIMULTANEOUSLY IMAGES SCALAR FIELDS AND QUANTIFIES LOCAL ION CONCENTRATION
(2.B2-1) AUTOMATED HIGH-THROUGHPUT CHARACTERIZATION OF CELLS USING MULTIMODAL ELECTRICAL AND OPTICAL CYTOMETRY (MULTIMEOC)
(3.A2-3) MICROFLUIDIC KIT-ON-A-LID: A VERSATILE PLATFORM FOR NEUTROPHIL CHEMOTAXIS ASSAYS AND ASTHMA DIAGNOSTICS
(M.9.198) MULTIPLE PATHOGEN DETECTION FOR POULTRY BY ULTILIZING INTEGRATED MICROFLUIDIC SYSTEM
(M.3.69) MICROFLUIDIC SUSPENSION CELL CULTURE PLATFORM FOR STUDYING POPULATION HETEROGENEITY IN NF-KB SIGNALING
(4.A2-1) PORTABLE LAB-ON-A-DISC SYSTEM INTEGRATING PHOTO-SWITCHABLE MICRO-VALVES FOR IN-SITU AQUATIC ENVIRONMENTAL MONITORING
(M.5.126) 3D MICROCOIL FABRICATED ON THE CAPILLARY SURFACE BY CYLINDRICAL PROJECTION LITHOGRAPHY FOR NMR APPLICATION
(4.C1-1) HIGH-RESOLUTION NMR SPECTROSCOPY ON A CHIP BY STRUCTURAL COMPENSATION OF MAGNETIC SUSCEPTIBILITY MISMATCH
(T.7.170) ENHANCEMENT OF NMR SENSITIVITY IN NANOLITER SAMPLES BY DYNAMIC NUCLEAR POLARIZATION AND MICROCOILS FABRICATED ON CAPILLARIES BY SHADOW MASK LITHOGRAPHY
(M.2.46) CELLJET: LABEL-FREE CELL PRINTING VIA REAL-TIME IMPEDANCE FLOW CYTOMETRY FOR SINGLE CELL ANALYSIS
(M.9.199) IMPLANTABLE DEVICE FOR LATE-PHASE HEMORRHAGIC SHOCK PREVENTION USING A NOVEL NON-ENZYMATIC FUEL CELL
(W.1.21) PRODUCTION OF LIPID-CORE/MULTILAMELLAR-SHELL HYBRID LIPOSOMES UTILIZING NON-EQUILIBRIUM MICROFLUIDIC DROPLETS
(T.1.9) NOVEL NON-EQUILIBRIUM ELECTROKINETIC MICROMIXER WITH NANOPOROUS MEMBRANE FABRICATED BY LASER POLYMERIZATION TECHNIQUE
(W.2.38) MICROFLUIDIC INVESTIGATION OF CELLULAR MECHANICAL DYSFUNCTION IN CAMPOMELIC DYSPLASIA
(T.4.123) AN APROACH FOR SINGLE CRYSTALLIZATION OF PROTEIN BY USING DROPLET BASED MICROFLUIDICS
(W.1.12) A STUDY OF LIQUID DYNAMIC RUPTURE IN MICROFLUIDICS
(M.8.191) ACCELERATE SEPSIS DIAGNOSIS BY SEAMLESS INTEGRATION OF DNA PURIFICATION AND QPCR
(T.4.108) AUTOMATED MICROFLUIDIC SYSTEM FOR RNA PURIFICATION USING A CENTRIFUGAL FORCE
(M.4.120) SOLID-PHASE [18F]FLOURINATION ON A FLOW-THROUGH GLASS MICROFLUIDIC CHIP
(W.2.42) THE SIGNIFICANCE OF NUCLEAR DEFORMATION FOR CANCER CELL TRANSMIGRATION
(1.C2-1) MIICROFLUIDIC-BASED OIL-IMMERSION LENSES FOR HIGH RESOLUTION MICROSCOPY