Author Index
T
(T.3.70) PHENOTYPIC MODULATION OF PLURIPOTENT STEM CELLS (PSCs) INDUCED BY MICROFABRICATION MATERIALS
(T.8.191) INTEGRATED MICROFLUIDIC FLUIDIZED BED FOR SAMPLE PRECONCENTRATION AND IMMUNOEXTRACTION
(M.1.5) ON-CHIP LIQUID CONTROL USING STRIPED SURFACE TOPOGRAPHY FABRICATED BY POLYMER INJECTION MOLDING
(W.2.41) A NOVEL MICROFLUIDIC DESIGN TO GENERATE MULTIPLEX GRADIENTS OF BIOMOLECULES BY VISULIZED BIOMOLECULE PATTERNING AND DIRECT CELL ADHESION
(W.2.44) CONTINUOUS LOCAL EXPOSURE TO CHEMICAL SUBSTANCES OF SINGLE CELL
(T.3.100) FABRICATION AND SELF-ASSEMBLY OF MOVABLE MICROSTRUCTURES EMBEDDING CELLS INSIDE MICROFLUIDIC DEVICES
(T.2.60) MULTICHANNEL INCUBATION TYPE PLANAR PATCH CLAMP BIOSENSOR USING PLASTIC (PMMA) SUBSTRATES AND CHARACTERIZATION BY LASER-GATED ION-CHANNEL PROTEIN
(W.3.65) MICRODEVICE FOR CELL MIGRATION ASSAYS USING REVERSE-TRANSFECTION
(2.A1-1) ON-PLATE AND ON-DEMAND REMOVAL OF ADHERENT CELLS USING PHOTO-ACID-GENERATING SUBSTRATE AND MICRO-PROJECTION SYSTEM
(M.5.135) A PHOTODEGRADABLE HYDROGEL SHEET FOR MICROSCALE OPTICAL CONTROL OF CELL ADHESION AND DETACHMENT
(M.5.138) MICROCHANNEL FABRICATION BY USE OF PHOTOACID-GENERATOR-TETHERED GEL
(M.7.158) DEVELOPMENT OF OPTO-CHEMICAL MICROSCOPE SYSTEM FOR SPATIO-TEMPORAL ANALYSIS OF SIGNALS IN SELF-ORGANIZED NEURONS
(W.2.57) A TRANSDERMAL CONTINUOUS GLUCOSE MONITORING SYSTEM WITH AN IMPLANTABLE FLUORESCENT HYDROGEL FIBER AND A WEARABLE PHOTO-DETECTOR
(2.SS-3) DEVELOPMENT AND FIELD TESTING OF LASER-INDUCED BREAKDOWN SPECTROSCOPY FOR IN SITU MULTI-ELEMENT ANALYSIS DURING UNDERWATER SURVEYS
(W.5.137) PDMS MICROCHIP ELECTROPHORESIS WITH HIGH SEPARATION EFFICIENCY BY SIMPLE AND QUICK MODIFICATION OF PHOSPHOLIPID POLYMER
(T.8.179) RAPID ASSAY SYSTEM FOR INSULIN AND GLUCOSE IN WHOLE BLOOD BY USING A FULL AUTOMATED POSTAGE-STAMP-SIZE CHIP: POSSIBLE APPLICATION FOR A REALTIME FITNESS INDEX IN PEOPLE WITH METABOLIC SYNDROME
(M.8.190) DEVELOPMENT OF PROGRAMMABLE BIOSENSOR USING SOLID PHASE PEPTIDE SYNTHESIS ON MICRO CHIP
(T.7.169) STUDY ON ON-CHIP MASS SPECTROMETRY IN A LOW VACUUM OPERATION
(T.8.179) RAPID ASSAY SYSTEM FOR INSULIN AND GLUCOSE IN WHOLE BLOOD BY USING A FULL AUTOMATED POSTAGE-STAMP-SIZE CHIP: POSSIBLE APPLICATION FOR A REALTIME FITNESS INDEX IN PEOPLE WITH METABOLIC SYNDROME
(W.1.13) SWITCHING OF SECONDARY FLOW BEHAVIOR ON CENTRIFUGAL MICROFLUIDICS
(W.1.9) INTERNALLY TRIGGERD MULTISTEP FLOW SEQUENCERS USING CLEPSYDRA
(W.7.166) SENSITIVE LABELLES IMPEDANCE IMMUNOSENSOR USING GOLD NANOPARTICLES-MODIFIED OF SCREEN-PRINTED CARBON INK ELECTRODE FOR ACT-PROSTATE SPECIFIC ANTIGEN DETECTION
(3.A1-2) FAST WHOLE BLOOD TESTING FOR DETECTING BIOMARKERS BY SIZE-EXCLUSION SPR SENSING
(4.A2-2) DNA FIBER PREPARATION TECHNIQUE ON A CHIP FOR CLINICAL DIAGNOSIS
(W.5.133) LARGE AREA 3D MICROFABRICATION TECHNIQUE BY MULTIDIRECTIONAL PHOTOLITHOGRAPHY FOR A CHROMOSOME EXTENSION CHIP
(T.2.41) PARALLEL DISCRETE CHEMICAL STIMULATIONS OF MATRIX-ARRAYED NEUROSPHERES USING A MICROHOLE ARRAY DEVICE
(M.4.105) FAST ANALYSIS OF BIOLOGICAL COMPOUNDS BY GRADIENT LIQUID CHROMATOGRAPHY USING PILLAR ARRAY COLUMN
(Plenary 4) MICROFLUIDIC TOOLS TO MODEL AND ANALYZE THE BODY
(W.6.155) MECHANICAL EFFECT OF CALIX[N]ARENE CAPPED SILVER NANOPARTICLES ON DNA MEASURED WITH SILICON NANO TWEEZERS
(T.3.84) DYNAMICALLY CELL SEPARATING THERMO-RESPONISIVE BIOINTERFACES HAVING DENSE POLYMER BRUSHES
(3.A1-3) IMPLANTABLE MICROFLUIDIC INTERFACE DEVICES WITH DRUG PERFUSION FUNCTION THROUGH HYDROGEL MEMBRANE
(M.2.41) FLEXIBLE PHOSPHORESCENT OXYGEN MICROSENSOR ARRAY DEVICES FOR NONINVASIVE MONITORING OF CELLULAR OXYGEN METABOLISM DURING CULTIVATION
(W.5.141) SHAPE-MEMORY POLYMER MICROVALVES
(M.3.71) RAPID CONSTRUCTION OF MULTILAYERED TISSUES ON CURVED SUBSTRATE BY WATER TRANSFER PRINTING
(T.1.12) MECHANISTIC CHARACTERIZATION OF ALTERNATING CURRENT CLOUD POINT EXTRACTION IN A MICROCHANNEL: EXTRACTION UNDER PHYSIOLOGICAL TEMPERATURE
(W.7.156) RAPID AIRBORNE VIRUS DETECTION USING MIST-LABELING BASED ON MICRO REACTION PROCESS
(W.6.154) FORMATION OF A SINGLE METALLIZED DNA NANOWIRE IN A NANOCHANNEL
(T.4.114) AUTOMATIC ELISA ANALYTICAL SYSTEM FOR A TRACE AMOUNT OF ENVIRONMENTAL CHEMICALS USING A 3-DIMENSIONAL MICROREACTOR WITH A NOVEL ANTIGEN-BOUND MICROFILTER
(W.4.113) PREPARATION OF FREEZE-DRIED POROUS MEDIA IN A MICROCHANNEL: A New Platform for Enzymatic Reactions
(M.5.125) FABRICATION OF MONO-DISPERSED SPHERICAL ASSEMBLIES AND THESE STRUCTURAL COLORS BY USING MICROFLOW DEVICE
(1.C3-4) UNIFORM SIZE LIPOSOMES ON A CHIP: OBSERVATION OF TRANSPORT KINETICS THROUGH NANOPORE MEMBRANE PROTEIN
(2.A1-2) AN ANGLE-TUNABLE MICROFLAP TOWARD THE OBSERVATION OF PARASITE INVASION INTO HOST ADHERENT CELLS
(M.1.4) WALL-LESS MICROFLUIDIC CHANNELS USING 3-DIMEMSIONAL RING ARRAYS
(M.2.37) CONTINUOUS EXCHANGE OF BUFFERS OVER A LIPID BILAYER MEMBRANE FORMED IN A GLASS MICROFLUIDIC DEVICE
(M.3.78) PHOTO-ASSISTED MICRO-GLUING FOR ASSEMBLING THREE-DIMENSIONAL MICROSTRUCTURES WITH LIVING CELLS
(M.5.125) FABRICATION OF MONO-DISPERSED SPHERICAL ASSEMBLIES AND THESE STRUCTURAL COLORS BY USING MICROFLOW DEVICE
(M.5.139) RAPID PERFUSION SYSTEM FOR INHIBITION INVESTIGATION OF MEMBRANE PROTEINS IN PLANAR LIPID BILAYER
(M.9.196) PORTABLE MEMBRANE PROTEIN CHIP: DEVELOPMENT OF MEMBRANE PROTEIN SENSORS FOR ENVIRONMENT ANALYSIS
(T.1.6) INSTANTANEOUS SOLIDIFICATION OF A CENTRIFUGE-DRIVEN CAPILLARY JET WITH CONTROLLED HYDRODYNAMIC INSTABILITY IN A CENTRIFUGE-BASED DROPLET SHOOTING DEVICE THROUGH OBSERVATIONAL ANALYSIS
(T.2.31) CELL-FREE PROTEIN SYNTHESIS IN FEMTOLITER MICROCHAMBERS FOR ARRAYING ULTRA-HIGH DENSITY PROTEIN SPOTS
(T.2.34) RAPID AND ACCURATE IC50 DETERMINATION USING LOGARITHMIC CONCENTRATION GENERATOR
(T.2.57) A NEUROSPHEROID CULTURED ON THE TIP OF A FLEXIBLE MICROELECTRODE FOR CORTICAL MICROSTIMULATION
(T.3.72) TUBLOGENESIS OF ENDOTHELIAL CELLS IN CORE-SHELL HYDROGEL MICROFIBERS
(T.3.76) SMOOTH-TIP DIELECTROPHORESIS BASED TWEESERS FOR SINGLE LIPOSOME HANDLING
(T.3.97) SINGLE NEURON OBSERVATION IN A 3D NEURONAL TISSUE BLOOK
(T.3.99) DIFFERENTIATION OF MULTIPOTENT DFAT CELLS INTO SMOOTH MUSCLE-LIKE CELLS IN 3D TUBULAR MICROENVIRONMENT FOR TISSUE REGENERATION APPLICATIONS
(T.7.156) DETECTION OF THE UNDERWATER MUCUS BY USING LASER RAMAN SPECTROSCOPY
(W.2.52) CONTROL OF SELF-FOLDING CELL-LADEN MICROPLATES BY CYTOSKELETON ALIGNMENT TO FIBRONECTIN PATTERNS
(W.2.55) FORMATION OF CELL-SIZED VESICLES WITH ASYMMETRIC LIPID BILAYER USING PULSED JET FLOW
(W.2.56) LIPID BILAYER CHAMBER ARRAY FOR FLUORESCENT AND ELECTROCHEMICAL MEASUREMENT OF MEMBRANE PROTEINS
(W.2.57) A TRANSDERMAL CONTINUOUS GLUCOSE MONITORING SYSTEM WITH AN IMPLANTABLE FLUORESCENT HYDROGEL FIBER AND A WEARABLE PHOTO-DETECTOR
(W.3.72) BIOHYBRID MUSCLE FIBERS INTEGRATED IN ATHREE-DIMENSIONAL CELLULAR CONSTRUCT
(W.3.95) FABRICATION OF MICROCHANNEL NETWORK IN LIVER TISSUE SPHEROIDS
(W.3.99) BIOFABRICATION OF LIVING VESSEL STRUCTURES INTEGRATED WITH FLUID PERFUSION
(W.5.131) A FABRICATION TECHNIQUE OF THREE-DIMENSIONAL NANOCHANNEL BRIDGES WITHOUT NANOLITHOGRAPHY
(W.8.182) GLASS FIBER SHEET ON A CHIP: FOR RAPID, LOW-COST, AND CONTAMINATION-FREE QUANTITATIVE IMMUNOASSAY
(M.3.75) UNIFORM AND HIGH THROUGHPUT AGAROSE GEL MICRO DROPLET GENERATION DEVICE FOR SINGLE CELL ANALYSIS
(M.7.158) DEVELOPMENT OF OPTO-CHEMICAL MICROSCOPE SYSTEM FOR SPATIO-TEMPORAL ANALYSIS OF SIGNALS IN SELF-ORGANIZED NEURONS
(M.5.145) MICROFLUIDIC GLUCOSE DETECTION WITH AN LASER-INDUCED FLUORESCENCE DETECTION DEVICES
(T.1.6) INSTANTANEOUS SOLIDIFICATION OF A CENTRIFUGE-DRIVEN CAPILLARY JET WITH CONTROLLED HYDRODYNAMIC INSTABILITY IN A CENTRIFUGE-BASED DROPLET SHOOTING DEVICE THROUGH OBSERVATIONAL ANALYSIS
(M.4.122) PORTABLE AUTOMATED OSMOLALITY AND pH ADJUSTING APPARATUS FOR PRETREATMENT OF ENVIRONMENTAL WATER SAMPLES DELIVERED INTO A CELL-BASED BIOSENSOR
(M.8.182) MICROFLUIDIC SAMPLE PREPARATION OF PLEURAL EFFUSIONS FOR CYTODIAGNOSTICS
(2.B3-2) QUANTITATIVE DETECTION OF CIRCULATING TUMOR DNA IN PLASMA SAMPLES BY DROPLET DIGITAL PCR.
(M.7.162) LABEL-FREE THROMBIN DETECTION IN A MICROCHANNEL USING AN APTAMER MODIFIED GRAPHENE OXIDE SURFACE
(T.7.158) BLOOD COAGULATION TESTING METHOD BASED ON FLOW VELOCITY MEASUREMENT USING A SURFACE PLASMON RESONANCE (SPR)-BASED MICROFLUIDIC DEVICE
(W.7.159) TIME AND POSITION DEPENDENT SURFACE FLOW VELOCITY MEASUREMENT IN MICROFLUIDIC DEVICES
(T.3.68) HANGING DROP CULTURE DEVICE FOR EMBRYONIC STEM CELL
(W.4.113) PREPARATION OF FREEZE-DRIED POROUS MEDIA IN A MICROCHANNEL: A New Platform for Enzymatic Reactions
(T.2.41) PARALLEL DISCRETE CHEMICAL STIMULATIONS OF MATRIX-ARRAYED NEUROSPHERES USING A MICROHOLE ARRAY DEVICE
(W.1.16) ELECTRIC CONTROL IN DROPLET-BASED MICROFLUIDICS
(W.3.88) SORTING SINGLE CELLS BASED ON DYNAMIC ASSESSMENT OF SIGNALING
(W.3.82) EFFICIENT ISOLATION OF TUMOR CELLS IN WHOLE BLOOD USING APTAMERS IMMOBILIZED IN A DEVICE
(M.4.114) AN INTEGRATED MICROSYSTEM FOR ALLELE-SPECIFIC PCR AMPLIFICATION OF GENOMIC DNA DIRECTLY FROM HUMAN BLOOD
(1.A2-2) IN VITRO WOUND-HEALING ANALYTICAL SYSTEM COMPOSED OF A MICRO AUTOMATED SCRATCHER AND OXYGEN GRADIENT CHAMBER
(M.4.111) CREATION OF A CELL-BASED SEPARATION MICRODEVICE USING HUMAN RENAL PROXIMAL TUBULE EPITHELIAL CELLS
(M.9.196) PORTABLE MEMBRANE PROTEIN CHIP: DEVELOPMENT OF MEMBRANE PROTEIN SENSORS FOR ENVIRONMENT ANALYSIS
(T.5.142) ALL GLASS-BASED ACTUATOR FOR VALVES AND PUMPS USING ULTRA THIN GLASS MEMBRANE AND PIEZO ACTUATORS
(T.6.150) HIGH-THROUGHPUT PROTEIN MICROARRAYS: FEATURE SIZE EFFECTS ON PRINTING ARRAYS WITH IN SITU PROTEIN SYNTHESIS
(T.6.151) SPOT-SELECTIVE DNA RECOVERY FROM DNA MICROARRAY CHIPS FOR ON-CHIP DIRECTED EVOLUTION
(W.3.94) SMOOTH MUSCLE CELL CULTURE IN MICROCHANNEL TOWARD CONSTRUCTION OF MULTILAYERED VASCULAR TISSUE IN MICRO-SCALE
(M.1.29) NANO/MICRO JETS IN THIN FILMS FOR BIOMATERIAL MANIPULATION AND CHARACTERIZATION
(M.2.44) REAL-TIME DETECTION OF BACTERIAL BIOFILM GROWTH USING SURFACE PLASMON RESONANCE IMAGING
(T.4.111) PORTABLE LIQUID CHROMATOGRAPHY SYSTEM BASED ON BATTERY-POWERED ELECTROOSOMOTIC PUMP AND MICROCHIP WITH PACKED COLUMN AND ELECTROCHEMICAL DETECTOR
(W.2.62) ON-CHIP BIOLUMINECENCE ASSAY OF ATP AND KINASES USING IMMOBILIZED FIREFLY LUCIFERASE IN THREE-DIMENSIONAL MICROFLUIDIC CHIP
(W.3.78) MULTIPLEXED CELLS MICROPATTERNING USING CAPILLARY ASSEMBLY
(W.2.34) YEAST-BASED LIGAND ASSAY SYSTEM FOR DETECTING G PROTEIN-COUPLED RECEPTOR ACTIVATION IN WATER-IN-OIL DROPLETS
(3.C1-2) SINGLE-MOLECULE TUNNEL-CURRENT BASED IDENTIFICATION OF DNA/RNA TOWARDS SEQUENCING BY USING NANO-MCBJ
(M.5.127) DEVELOPMENT OF GATING NANOPORE TOWARDS SINGLE-BIOMOLECULE ELECTRICAL IDENTIFICATION
(W.5.127) FABRICATION OF NANOFLUIDICS AND NANOPORE USING REACTIVE-ION DRY-ETCHING WITH ELECTRON-BEAM BAKED RESISTS
(T.5.140) SOLUTE DIFFUSION THROUGH THE FIBROTIC TISSUE FORMED AROUND A PROTECTIVE CAGE SYSTEM FOR IMPLANTABLE SENSORS
(M.6.148) INTRANEURONAL TRANSPORT IN VITRO: DEVELOPMENT OF A HIGHLY SENSITIVE MICROTUBULE BASED ASSAY
(W.6.147) UTILIZING PDMS STAMPING FOR MASS PRODUCTION OF MICROTUBULE FUNCTIONALIZED DETECTION DEVICES
(W.7.161) CONTINUOUS REAL-TIME MONITORING OF MOLECULAR DETECTION BY SILICON NANOTWEEZERS-INTEGRATED MICROFLUIDIC DEVICE
(W.4.123) ON-CHIP PURIFICATION OF [18F]FDG IN POSITRON EMISSION TOMOGRAPHY RADIOTRACER SYNTHESIS
(W.4.109) THE EFFECT OF THE CHANNEL HEIGHT ON THE SEPARATION EFFICIENCY OF AN ELECTRICAL FIELD FLOW FRACTIONATION SYSTEM
(W.6.155) MECHANICAL EFFECT OF CALIX[N]ARENE CAPPED SILVER NANOPARTICLES ON DNA MEASURED WITH SILICON NANO TWEEZERS
(M.3.85) A HIGH-THROUGHPUT DETERMINISTIC LATERAL DISPLACEMENT DEVICE FOR RAPID AND SENSITIVE FIELD-DIAGNOSIS OF SLEEPING SICKNESS
(T.2.48) SAMPLE PREPARATION FOR SINGLE-CELL WHOLE CHROMOSOME ANALYSIS
(W.3.81) SEPARATION OF DEFORMABLE HYDROGEL MICROPARTICLES IN DETERMINISTIC LATERAL DISPLACEMENT DEVICES
(W.6.153) A LIPID-BASED PASSIVATION SCHEME FOR NANOFLUIDICS
(M.9.195) ANALYSIS OF POLYCHLORINATED BIPHENYLS IN OIL USING MICROFLUIDIC BASED PRETREATMENT METHOD AND IMMUNOASSAY
(W.9.194) MICRO KINETIC EXCLUSION ASSAY FOR CADMIUM ANALYSIS
(T.3.99) DIFFERENTIATION OF MULTIPOTENT DFAT CELLS INTO SMOOTH MUSCLE-LIKE CELLS IN 3D TUBULAR MICROENVIRONMENT FOR TISSUE REGENERATION APPLICATIONS
(3.A1-2) FAST WHOLE BLOOD TESTING FOR DETECTING BIOMARKERS BY SIZE-EXCLUSION SPR SENSING
(4.A2-2) DNA FIBER PREPARATION TECHNIQUE ON A CHIP FOR CLINICAL DIAGNOSIS
(W.2.44) CONTINUOUS LOCAL EXPOSURE TO CHEMICAL SUBSTANCES OF SINGLE CELL
(W.5.133) LARGE AREA 3D MICROFABRICATION TECHNIQUE BY MULTIDIRECTIONAL PHOTOLITHOGRAPHY FOR A CHROMOSOME EXTENSION CHIP
(W.5.139) PIEZOELECTRIC MICROMIXER USING A SWIRLING MOTION
(1.C3-1) GIANT VESICLE FORMATION THROUGH THE ASSEMBLY OF 2D SUPPORTED LIPID BILAYERS
(M.5.125) FABRICATION OF MONO-DISPERSED SPHERICAL ASSEMBLIES AND THESE STRUCTURAL COLORS BY USING MICROFLOW DEVICE
(2.A1-2) AN ANGLE-TUNABLE MICROFLAP TOWARD THE OBSERVATION OF PARASITE INVASION INTO HOST ADHERENT CELLS
(M.3.78) PHOTO-ASSISTED MICRO-GLUING FOR ASSEMBLING THREE-DIMENSIONAL MICROSTRUCTURES WITH LIVING CELLS
(T.4.123) AN APROACH FOR SINGLE CRYSTALLIZATION OF PROTEIN BY USING DROPLET BASED MICROFLUIDICS
(2.B3-4) A LOW COST AND HIGH THROUGHPUT MAGNETIC BEAD-BASED IMMUNO-AGGLUTINATION ASSAY IN CONFINED DROPLETS
(M.5.128) SIMPLE AND LOW-COST FABRICATION PROTOCOL FOR PRODUCING 100’S OF PNEUMATIC MICROVALVES IN ALL-PDMS SUBSTRATES FOR MICROFLUIDICS RESEARCH
(M.8.193) INTEGRATED MICROFLUIDIC HUB FOR AUTOMATED PREPRATION OF DNA LIBRARIES FOR PERSONALIZED SEQUENCING SYSTEMS
(4.B1-2) SUSPENDED MICROFLUIDICS: AN OPEN AND USER-FRIENDLY TECHNOLOGY PLATFORM FOR HIGH-THROUGHPUT METABOLOMIC STUDIES
(T.9.201) DESIGN OPTIMIZATION, FABRICATION, AND FLOW EXPERIMENT OF 2.5D ROCK-BASED ARTIFCIAL POROUS MEDIA MICROMODEL
(2.A3-4) ONE-STEP ISOLATION OF TRANSITORY PROTEIN COMPLEXES WITH IFAST
(W.2.39) DIELECTROPHORETIC (DEP) CYTOMETER: LABEL-FREE ELECTRONIC SENSING OF PHYSIOLOGICAL CHANGES IN CELLS
(T.3.77) CONCENTRATION/SEPARATION OF CRYPTOSPORIDIUM OOCYSTS BY ON-CHIP HYBRID AC-ELECTROKINETICS FOR DIGITAL MICROFLUIDICS
(2.SS-3) DEVELOPMENT AND FIELD TESTING OF LASER-INDUCED BREAKDOWN SPECTROSCOPY FOR IN SITU MULTI-ELEMENT ANALYSIS DURING UNDERWATER SURVEYS
(W.3.68) GENERATION OF DYNAMIC MICROENVIRONMENT IN A HYDROGEL-BASED MICROFLUIDIC DEVICE FOR CELL CULTURE STUDY
(T.2.44) MICROFLUIDIC STRATEGY FOR SPATIOTEMPORALLY RESOLVED MOLECULAR SAMPLING FROM LIVE OVARY SLICES
(T.4.113) YIELD IMPROVEMENT BY AN EFFECTIVE MICROREACTOR FOR PHOTOREACTIONS USING A BLACK ALUMINUM OXIDE CHANNEL SUBSTRATE
(W.7.156) RAPID AIRBORNE VIRUS DETECTION USING MIST-LABELING BASED ON MICRO REACTION PROCESS
(1.C1-2) LABEL-FREE DETECTION OF REAL-TIME DNA AMPLIFICATION USING NANOWALL ARRAY STRUCTURES
(3.C2-1) SINGLE DNA MANIPULATION IN SUBLITHOGRAPHIC NANOWIRE ARRAY CHIPS
(M.2.63) PLASMA SEPARATION FROM HUMAN BLOOD USING SPIRAL MICROCHANNELS FOR DRY EYE TREATMENT
(M.4.110) SUB-MILLISECOND SEPARATION OF DNA AND MICRO-RNA BY NANOPILLAR ARRAY CHIPS
(M.5.131) A HIGHLY EFFICIENT 3D MICROMIXER FABRICATED BY STANDARD SOFT-LITHOGRAPHY EQUIPMENT
(M.7.169) DETECTION OF METALLIC ELEMENTS IN A SINGLE CANCER CELL USING MICROFLUIDIC DEVICES COUPLED WITH ICP-MS
(M.8.185) RAPID URINE-BASED CLINICAL DIAGNOSIS OF DIABETIC NEPHROPATHY WITH FEMTO-MOLAR SENSITIVITY BY IMMUNO-PILLAR DEVICES
(T.3.85) MICROFLUIDIC RARE CANCER CELL COLLECTION WITH ANTI-EpCAM ANTIBODY MODIFIED EUGLENA BY PHOTOTAXIS INSIDE MICROCHANNELS
(T.3.90) DEVELPOEMENT OF NOVEL CIRCULATING TUMOR CELLS SEPARATION AND NON-LABELING DETECTION BY CIRCULATING TUMOR CELLS’ SPECIFIC PROPERTIES
(T.4.111) PORTABLE LIQUID CHROMATOGRAPHY SYSTEM BASED ON BATTERY-POWERED ELECTROOSOMOTIC PUMP AND MICROCHIP WITH PACKED COLUMN AND ELECTROCHEMICAL DETECTOR
(T.4.112) NANOPILLAR PARALLEL-ARRAY STRUCTURE WITH DNA TRAPPING AND TORQUE-ASSISTED ESCAPE MODE FOR DNA SEPARATION
(T.5.128) FABRICATION OF PMMA MICROPILLARS BY REACTIVE ION ETCHING TOWARDS SEPARATION OF WHITE AND RED BLOOD CELLS
(W.2.37) HIGH THROUGHPUT PURIFICATION DEVICE FOR GENE DELIVERY MULTIFUNCTIONAL ENVELOPE-TYPE NANODEVICE
(W.2.62) ON-CHIP BIOLUMINECENCE ASSAY OF ATP AND KINASES USING IMMOBILIZED FIREFLY LUCIFERASE IN THREE-DIMENSIONAL MICROFLUIDIC CHIP
(W.3.67) GRAPHENE FOREST DEVICES AS CELL SCAFFOLDS FOR STEM CELLS
(W.5.143) ON-CHIP ELECTRIC POWER GENERATION SYSTEM FROM SOUND OF PORTABLE MUSIC PLYERS AND SMARTPHONES TOWERD PORTABLE μTAS
(W.8.176) IDENTIFICATION OF SINGLE MOLECULAR DNA METHYLATION POINTS BY MICROFLUIDIC DNA MOLECULE STRETCHING AND QUANTUM DOT DETECTION
(W.1.10) ‘ALL-INTO-ONE’ CONCENTRATION: CASCADE ELECTROKINETIC PARTICLE FOCUSING FOR RARE SAMPLE DETECTION
(T.4.122) PHARMACEUTICAL CRYSTAL ENGINEERING IN MICROFLUIDIC EMULSIONS
(M.1.7) A POWERLESS VALVING SYSTEM FOR FLUID FLOW IN PAPER NETWORKS
(W.3.80) SIMPLE CIRCULATING TUMOR CELL SEPARATION
(T.4.114) AUTOMATIC ELISA ANALYTICAL SYSTEM FOR A TRACE AMOUNT OF ENVIRONMENTAL CHEMICALS USING A 3-DIMENSIONAL MICROREACTOR WITH A NOVEL ANTIGEN-BOUND MICROFILTER
(3.B1-1) MICROFLUIDIC THERMAL DIGESTION OF AQUEOUS SAMPLE AT TEMPERATURE HIGHER THAN 100OC
(M.4.115) A MICROFLUIDIC-BASED THERMAL DIGESTION CHIP FOR DISSOLVED ORGANIC NITROGEN DETECTION
(1.A1-2) CONTRACTILE SKELETAL MUSCLE MICROTISSUES IN MICROCHANNEL
(W.2.56) LIPID BILAYER CHAMBER ARRAY FOR FLUORESCENT AND ELECTROCHEMICAL MEASUREMENT OF MEMBRANE PROTEINS
(T.1.10) JANUS HYDROGEL BEADS FOR ELECTRONIC PAPER USING SHRINKAGE-GELATION TECHNIQUE
(M.3.96) BONE MARROW-ON-A-CHIP
(2.C2-2) HIERARCHICAL TIO2 BRUSH TYPE NANOSTRUCTURES FOR EFFICIENT PHOTOELECTROCHEMICAL WATER SPLITTING
(M.7.160) VACUUM FLOW FOCUSING MICROFLUIDICS TO STUDY BLOOD CELL DYNAMICS UNDER SHEAR GRADIENT AGGREGATION MECHANISM
(W.2.43) FOUR-STAGE MECHANISTIC MODEL OF DYNAMIC PLATELET AGGREGATION IN A MICROFLUIDIC CHIP
(M.3.90) SIZE BASED PARTICLE SEPARATION USING ACOUSTIC MICROSTREAMING AND ALCAT PUMPS
(W.1.21) PRODUCTION OF LIPID-CORE/MULTILAMELLAR-SHELL HYBRID LIPOSOMES UTILIZING NON-EQUILIBRIUM MICROFLUIDIC DROPLETS
(W.3.98) LINEAR FIBROBLAST ALIGNMENT ON SINUSOIDAL WAVE MICROPATTERNS
(2.A3-3) FREE-STANDING HYDROGEL MICROARRAYS: OPEN-CHANNEL MICROFLUIDICS FOR MASSIVELY PARELLEL PROTEIN ELECTROPHORESIS
(W.1.23) RIGHT TRIANGULAR PRISM-SHAPED POLY(DIMETHYLSILOXANE) (PDMS) MICRODEVICE FOR MULTIPLEX PCR EMPLOYING A SINGLE HEATER
(1.C2-1) MIICROFLUIDIC-BASED OIL-IMMERSION LENSES FOR HIGH RESOLUTION MICROSCOPY
(M.4.122) PORTABLE AUTOMATED OSMOLALITY AND pH ADJUSTING APPARATUS FOR PRETREATMENT OF ENVIRONMENTAL WATER SAMPLES DELIVERED INTO A CELL-BASED BIOSENSOR
(W.7.166) SENSITIVE LABELLES IMPEDANCE IMMUNOSENSOR USING GOLD NANOPARTICLES-MODIFIED OF SCREEN-PRINTED CARBON INK ELECTRODE FOR ACT-PROSTATE SPECIFIC ANTIGEN DETECTION
(T.2.52) ENHANCED CELL STIFFNESS EVALUATION BY TWO-PHASE DECOMPOSITION
(M.1.3) TWO-STAGE LIQUID DRIVING USING VACUUM TRANSFORMERS WITH BATTERY-POWERED MINI-HOTPLATES FOR SIMPLE-TO-USE MICROFLUIDIC BIOCHIPS
(M.9.197) ION-SELECTIVE MEMBRANE FORMED IN A MICROFLUIDIC CHIP UTILIZING SURFACE TENSION FORCE FOR HIGH SENSITIVE AMMONIA ION SENSING
(T.8.171) ELECTRONIC MICROFLUIDIC BIOCHIPS WITH IMMUNE-LIKE BIOSENSORS FOR RAPID DETECTION OF C-REACTIVE PROTEIN IN HUMAN SERUM
(M.2.47) A MULTIPLE-ELECTRIC-FIELD MICROFLUIDIC CHIP WITH UNIFORM FLOW FIELD FOR STUDY OF LUNG ADENOCARCINOMA CELL ELECTROTAXIS
(3.C2-3) THE IMPLEMENTATION OF POLYSILICON NANOWIRE BASED BIOMOLECULAR SENSOR SYSTEM-ON-CHIP
(W.1.15) ELECTRIC-FIELD INDUCED TIP STREAMING FOR SUB-FEMTOLITER DROPLET FORMATION
(W.7.163) NANO-OPTOFLUIDICS FOR SINGLE MOLECULE DETECTION
(4.A2-3) SPERM QUALITY ASSESSMENT VIA SEPARATION AND SEDIMENTATION IN A MICROFLUIDIC DEVICE
(T.1.1) WATER DROPLET MANIPULATION BY TUNABLE WETTING ON SMART POLYMER AT ULTRA-LOW VOLTAGES
(T.3.73) A STUDY OF AXONAL PROTEIN TRAFFICKING IN NEURONAL NETWORKS VIA THE MICROFLUIDIC PLATFORM
(W.2.42) THE SIGNIFICANCE OF NUCLEAR DEFORMATION FOR CANCER CELL TRANSMIGRATION
(4.A1-2) LEUKOCYTE MECHANOPHENOTYPING BY DEFORMABILITY CYTOMETRY
(T.2.40) DEFORMABILITY CYTOMETRY OF EMBRYONIC STEM CELLS REVEALS CONSISTENT MECHANICAL PROPERTIES ACROSS CELL LINES
(W.5.126) FABRICATION OF A LABEL-FREE MICROMECHANICAL CAPACITIVE BIOSENSOR AND INTEGRATION WITH µPCR TOWARDS A LoC FOR DISEASE DIAGNOSIS
(T.3.80) AN OPTICALLY-INDUCED DIELECTROPHORETIC (ODEP) MICROFLUIDIC PLATFORM FOR ISOLATION OF CIRCULATING TUMOR CELLS (CTCS) AFTER CONVENTIONAL CTC ISOLATION PROCESS
(T.2.36) ELECTRICALLY MEDIATED GENE DELIVERY AND THEIR DIFFUSION MECHANISM ON LOCALIZED SINGLE CELL USING ITO MICROELECTRODE BASED TRANSPARENT CHIP
(T.9.194) NANO DESALINATOR BY ELECTROSTATIC ION SIEVING FOR LOW-POWER WATER PURIFICATION
(T.3.92) TRAPPING SINGLE CELLS IN MICROFLUIDIC DEAD ZONE BY USING PEG-BASED OPTOELECTRONIC TWEEZERS FOR IMMUNE ACTIVITY
(W.9.200) INTERDIGITATED EVAPORATION CHIP FOR EFFICIENT SOLVENT EXCHANGE IN MICROCHANNELS
(W.5.126) FABRICATION OF A LABEL-FREE MICROMECHANICAL CAPACITIVE BIOSENSOR AND INTEGRATION WITH µPCR TOWARDS A LoC FOR DISEASE DIAGNOSIS
(W.5.126) FABRICATION OF A LABEL-FREE MICROMECHANICAL CAPACITIVE BIOSENSOR AND INTEGRATION WITH µPCR TOWARDS A LoC FOR DISEASE DIAGNOSIS
(W.5.135) PHOTO-DYNAMIC CONVERSION OF SOLID SURFACE FROM PROTEIN-PHOBIC TO PROTEIN-PHILIC BY FEMTOSECOND LASER THROUGH IN SITU MICROFABRICATION
(M.2.63) PLASMA SEPARATION FROM HUMAN BLOOD USING SPIRAL MICROCHANNELS FOR DRY EYE TREATMENT
(M.5.139) RAPID PERFUSION SYSTEM FOR INHIBITION INVESTIGATION OF MEMBRANE PROTEINS IN PLANAR LIPID BILAYER
(M.9.196) PORTABLE MEMBRANE PROTEIN CHIP: DEVELOPMENT OF MEMBRANE PROTEIN SENSORS FOR ENVIRONMENT ANALYSIS
(M.6.146) DEVELOPMENT OF DIELECTRIC CONSTANT MEASUREMENT METHOD FOR UNIQUE REACTION IN EXTENDED-NANO SPACE
(W.2.36) DEVELOPMENT OF A MICRO DIALYSIS SYSTEM FOR EVALUATION OF RENAL CLEARANCE
(W.4.119) A LIQUID/LIQUID OPTICAL WAVEGUIDE WITH MISCIBLE SOLVENTS TO OBSERVE COMPLEXATION REACTION
(M.4.105) FAST ANALYSIS OF BIOLOGICAL COMPOUNDS BY GRADIENT LIQUID CHROMATOGRAPHY USING PILLAR ARRAY COLUMN
(3.C1-2) SINGLE-MOLECULE TUNNEL-CURRENT BASED IDENTIFICATION OF DNA/RNA TOWARDS SEQUENCING BY USING NANO-MCBJ
(M.1.2) THREE-DIMENSIONAL HYDRODYNAMIC FOCUSING ACHIEVED BY A SINGLE CHANNEL LAYER, SINGLE SHEATH-FLOW INLET MICROFLUIDIC DEVICE
(M.3.67) COMBINATION OF HYDROSTATIC PRESSURE AND SHEAR STRESSES CONTRIBUTE TO ENDOTHELIAL CELL GROWTH IN A MICROFLUIDIC DEVICE
(T.3.64) A MICROFLUIDIC ARRAY PLATFORM FOR SIMULTANEOUS CELL CULTURE UNDER VARIOUS OXYGEN TENSIONS
(W.3.66) A MICROFLUIDIC WOUND-HEALING ASSAY TO STUDY ENDOTHELIAL CELL PROLIFERATION AND MIGRATION UNDER OXYGEN GRADIENTS
(2.C2-2) HIERARCHICAL TIO2 BRUSH TYPE NANOSTRUCTURES FOR EFFICIENT PHOTOELECTROCHEMICAL WATER SPLITTING