Keyword Index
M
(2.A1-2) AN ANGLE-TUNABLE MICROFLAP TOWARD THE OBSERVATION OF PARASITE INVASION INTO HOST ADHERENT CELLS
(T.3.91) IMMUNOMAGNETIC PURIFICATION OF CANCER CELLS FROM WHOLE BLOOD ON A CENTRIFUGAL MICROFLUIDIC PLATFORM
(T.4.110) MAGNETICALLY-ACTUATED BLOOD FILTER UNIT ATTACHABLE TO BIOCHIPS
(T.8.191) INTEGRATED MICROFLUIDIC FLUIDIZED BED FOR SAMPLE PRECONCENTRATION AND IMMUNOEXTRACTION
(T.1.10) JANUS HYDROGEL BEADS FOR ELECTRONIC PAPER USING SHRINKAGE-GELATION TECHNIQUE
(W.1.19) HIGH-THROUGHPUT PATTERNING OF SINGLE MAGNETIC BEADS USING DIGITAL MICROFLUIDIC TECHNOLOGY
(M.1.9) FAST SURFACE-TOPOGRAPHY-DRIVEN DROPLET TRANSPORTATION ON THE MAGNETIC ELASTOMER WITH A SUPERHYDROPHOBIC SURFACE
(W.1.5) MICROFLUIDIC PUMP BASED ON ARRAYS OF ROTATING MAGNETIC MICROSPHERES
(W.3.83) ISOLATION OF CIRCULATING TUMOR CELLS FROM WHOLE BLOOD USING IMMUNOMAGNETIC NANOBEADS AND LATERAL MAGNETOPHORESIS
(M.8.192) A HIGH-SPEED HIGH-PERFORMANCE FULLY INTEGRATED RT-PCR MICROCHIP
(M.1.21) ON-CHIP PROCEDURES FOR MAGNETIC PARTICLE-BASED ASSAY IN DROPLETS
(T.1.22) ACCELERATED TARGET CAPTURE BY DYNAMIC MAGNETIC PARTICLE ACTUATION
(M.1.12) CHAOTIC FLUID MIXING BY ALTERNATING MICRO-PARTICLE TOPOLOGIES TO ENHANCE BIOCHEMICAL REACTIONS
(T.2.63) FERROMAGNETIC PARTICLES FOR AN IMPROVED HETEROGENEOUS BIOASSAY PERFORMANCE ON A DIGITAL LAB-ON-A-CHIP
(2.B3-4) A LOW COST AND HIGH THROUGHPUT MAGNETIC BEAD-BASED IMMUNO-AGGLUTINATION ASSAY IN CONFINED DROPLETS
(T.8.184) A DIGITAL MICROFLUIDIC APPROACH TO OIL-FREE MAGNETIC PARTICLE-BASED IMMUNOASSAYS
(2.B3-4) A LOW COST AND HIGH THROUGHPUT MAGNETIC BEAD-BASED IMMUNO-AGGLUTINATION ASSAY IN CONFINED DROPLETS
(W.1.7) FREE ACCESSIBLE MICROCHANNEL USING AIR-LIQUID INTERFACE WITH PATTERNED NANO-GEOMETRIC SURFACE BY HYBRID MASK LITHOGRAPHY
(T.5.141) ON-CHIP CONTINUOUS ENUCLEATION BY HYDRAULIC FORCE CONTROL USING MAGNETICALLY ACTUATED MICROROBOT
(W.8.184) MICROFLUIDIC ELECTRIC IMPEDANCE SPECTROSCOPY FOR MALARIA DIAGNOSIS
(T.2.49) MICROFLUIDIC DEVICE FOR MEASURING THE DEFORMABILITY OF RED CELLS PARASITIZED BY PLASMODIUM FALCIPARUM
(4.B1-1) A NOVEL INTERFACE COUPLING DROPLET MICROFLUIDICS WITH MALDI-MASS SPECTROMETRY
(M.3.82) A MASS-PRODUCIBLE FILTRATION CHIP FOR ISOLATION OF CIRCULATING TUMOR CELLS FROM HUMAN BLOOD
(T.7.169) STUDY ON ON-CHIP MASS SPECTROMETRY IN A LOW VACUUM OPERATION
(4.B1-1) A NOVEL INTERFACE COUPLING DROPLET MICROFLUIDICS WITH MALDI-MASS SPECTROMETRY
(W.7.169) DROPLET ANALYSIS SYSTEM USING LIQUID CHROMATOGRAPHY AND MASS SPECTROMETRY FOR ENZYME INHIBITION ASSAY
(W.4.122) READY STEADY (BUBBLE) FLOW! PREDICTIVE CONTROL OF MIXING, MASS TRANSFER AND RESIDENCE TIMES IN SEGMENTED FLOW
(1.A3-3) ENGINEERING FLOW CROSS-SECTION VIA PROGRAMMED PILLARS
(W.3.80) SIMPLE CIRCULATING TUMOR CELL SEPARATION
(T.3.96) THREE-DIMENSIONAL MECHANICAL COMPRESSION OF BIOMATERIALS IN A MICROFABRICATED BIOREACTOR WITH ON-CHIP STRAIN SENSORS
(1.A2-3) A PLATFORM FOR COMBINATORIAL MECHANOBIOLOGICAL STIMULATION OF ENGINEERED MICROTISSUES
(W.2.43) FOUR-STAGE MECHANISTIC MODEL OF DYNAMIC PLATELET AGGREGATION IN A MICROFLUIDIC CHIP
(M.2.57) UNRAVELING MECHANO-STRESS RESPONSIVE SIGNALING NETWORKS IN BUDDING YEAST VIA MICROFLUIDIC DEVICES
(W.3.96) MICROMECHANICAL ELASTOMERIC DEVICES FOR INVESTIGATIONS OF MECHANOBIOLOGY IN HUMAN EMBRYONIC STEM CELLS
(M.3.66) MICRO IN-FOCAL CELL STRETCHING PLATFORM WITH PARALLEL PROGRAMMABLE CONTROL
(W.3.77) DIRECTED MIGRATION OF CELLS IN CONTACT WITH ANISOTROPIC MICROSTRUCTURES
(T.2.50) THE ROLE OF MEMBRANE LIPID RAFTS IN OSTEOBLASTIC SENSING AND PROPAGATION OF MECHANICAL FORCES: A MICROFLUIDIC BASED SINGLE CELL ANALYSIS STUDY
(T.2.42) A MICROFLUIDIC DEVICE FOR REAL-TIME MONITORING OF FLAGELLAR LENGTH IN SINGLE LIVING CELLS OF CHLAMYDOMONAS
(T.2.48) SAMPLE PREPARATION FOR SINGLE-CELL WHOLE CHROMOSOME ANALYSIS
(W.5.144) INTEGRATION OF POLYCARBONATE CELL CULTURE MEMBRANES INTO A POLYMER-BASED MICROFLUIDIC PLATFORM FOR RAPID DRUG SCREENING
(1.C3-2) MICROFLUIDIC PASSIVE PERMEABILITY ASSAY USING ARRAYED DROPLET INTERFACE MEMBRANES
(T.6.154) VISUALIZING THE GROWTH AND DYNAMICS OF LIQUID ORDERED DOMAINS DURING LIPID BILAYER FOLDING IN A MICROFLUIDIC CHIP
(T.2.33) A MEMBRANE MICROCONTACTOR AS A TOOL FOR SAMPLE PRE-TREATMENT OF PHARMACEUTICAL COMPOUNDS
(T.2.50) THE ROLE OF MEMBRANE LIPID RAFTS IN OSTEOBLASTIC SENSING AND PROPAGATION OF MECHANICAL FORCES: A MICROFLUIDIC BASED SINGLE CELL ANALYSIS STUDY
(T.1.23) DOUBLE BILAYER LIPID MEMBRANE (dBLM) CHIPS FOR STUDIES OF BIOMEMBRANE INTERACTION AND FUSION
(W.5.134) A LOW-COST VALVE AND PUMP WITH POLYPROPYLENE (PP) FABRICATED BY UV/OZONE-ASSISTED THERMAL FUSION BONDING
(M.5.139) RAPID PERFUSION SYSTEM FOR INHIBITION INVESTIGATION OF MEMBRANE PROTEINS IN PLANAR LIPID BILAYER
(M.2.37) CONTINUOUS EXCHANGE OF BUFFERS OVER A LIPID BILAYER MEMBRANE FORMED IN A GLASS MICROFLUIDIC DEVICE
(W.6.146) EXOSOME LIKE LIPOSOME GENERATION BY CELL EXTRUSION THROUGH A MICRO CHANNEL
(W.2.56) LIPID BILAYER CHAMBER ARRAY FOR FLUORESCENT AND ELECTROCHEMICAL MEASUREMENT OF MEMBRANE PROTEINS
(M.2.32) QCM DETECTION OF MEMBRANE PROTEIN-LIGAND INTERACTIONS USING CELL-DERIVED LIPOSOMES
(1.C3-4) UNIFORM SIZE LIPOSOMES ON A CHIP: OBSERVATION OF TRANSPORT KINETICS THROUGH NANOPORE MEMBRANE PROTEIN
(W.1.28) SINGLE ISOLATED VESICLES IN MICROFLUIDIC TRAPS TO STUDY MEMBRANE PROTEIN KINETICS
(T.1.12) MECHANISTIC CHARACTERIZATION OF ALTERNATING CURRENT CLOUD POINT EXTRACTION IN A MICROCHANNEL: EXTRACTION UNDER PHYSIOLOGICAL TEMPERATURE
(M.9.196) PORTABLE MEMBRANE PROTEIN CHIP: DEVELOPMENT OF MEMBRANE PROTEIN SENSORS FOR ENVIRONMENT ANALYSIS
(T.2.62) INVESTIGATING THE EFFECTS OF MEMBRANE TENSION AND SHEAR STRESS ON LIPID DOMAINS IN MODEL MEMBRANES
(M.5.126) 3D MICROCOIL FABRICATED ON THE CAPILLARY SURFACE BY CYLINDRICAL PROJECTION LITHOGRAPHY FOR NMR APPLICATION
(M.4.123) MEMS VISCOSITY SENSOR USING DUAL SPIRAL SHAPED VIBRATING STRUCTURE
(W.2.56) LIPID BILAYER CHAMBER ARRAY FOR FLUORESCENT AND ELECTROCHEMICAL MEASUREMENT OF MEMBRANE PROTEINS
(T.7.162) OPTOFLUIDIC DEVICE FOR HIGH RESOLUTION VOLUME REFRACTIVE INDEX MEASUREMENT OF SINGLE CELL
(M.5.143) CELLULAR MECHANICAL IMEPEDANCE MEASUREMENT BY ROBOT INTEGRATED MICROFLUIDIC CHIP WITH WIDTH TUNABLE MICROCHANNEL
(W.5.140) MICROFLUIDIC MAGNETIC RESONANCE CHIP WITH INTEGRATED SOLENOIDAL MICROCOIL FOR DISPOSABLE USE IN A MODULAR PROBE
(M.2.55) MESENCHYMAL STEM CELLS PROMOTE THE INVASION IN SALIVARY GLAND CANCER ON THE BIOMIMETIC MICROSYSTEM
(1.A1-3) IN VITRO GENERATION OF PANCREATIC PSEUDO-ISLETS USING FREE-STANDING MESH PATTERNED CELLULAR HYDROGEL
(M.2.42) MULTIWELL PLATE READER-COMPATIBLE MICROFLUIDIC SYSTEM FOR LONG-TERM MULTICELLULAR SPHEROID CULTURE AND MONITORING
(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
(4.B1-2) SUSPENDED MICROFLUIDICS: AN OPEN AND USER-FRIENDLY TECHNOLOGY PLATFORM FOR HIGH-THROUGHPUT METABOLOMIC STUDIES
(T.4.121) MICROFLUIDIC SYNTHESIS OF METAL ORGANIC FRAMEWORKS CRYSTALS INTO CONFINED MICRODROPLETS
(T.5.139) ACTIVE MICROMIXER USING A METALLIZED MICROTURBINE DRIVEN BY AN ULTRA-LOW POWER LASER
(W.6.155) MECHANICAL EFFECT OF CALIX[N]ARENE CAPPED SILVER NANOPARTICLES ON DNA MEASURED WITH SILICON NANO TWEEZERS
(W.5.128) A MULTISCALE TRANSFER PRINTING WITH A HIERARCHICAL STAMP FOR SIMPLE GENERATION OF METALLIC NANOPATTERNS
(W.6.154) FORMATION OF A SINGLE METALLIZED DNA NANOWIRE IN A NANOCHANNEL
(M.3.83) LABEL-FREE ISOLATION OF CIRCULATING TUMOR CELLS (CTCs) FROM BREAST CANCER PATIENTS USING PARALLEL MULTI-ORIFICE FLOW FRACTIONATION (p-MOFF)
(T.2.38) LYMPHATIC CAPILLARY INVASION ASSAY BY A SINGLE CELL MIGRATION CHIP
(W.3.74) A TECHNIQUE FOR MEASURMENT OF DIELECTRIC PROPERTIES OF CELLS BY SIMULTANEOUS USE OF ELECTROROTATION AND NEGATIVE DIELECTROPHORESIS
(W.8.176) IDENTIFICATION OF SINGLE MOLECULAR DNA METHYLATION POINTS BY MICROFLUIDIC DNA MOLECULE STRETCHING AND QUANTUM DOT DETECTION
(T.7.166) ELECTROCHEMILUMINESCENCE CHIP FOR METHYL-CYTOSINE DETERMINATION IN DNA
(W.2.45) IN-SITU MEASUREMENT OF PHOTOSYNTHESIS USING SINGLE SYNECOCYSTIS SP. PCC 6803 IN A MICROCHAMBER WITH GAS BARRIER WALL
(M.2.34) MICRO CONTAINERS WITH SOLID POLYMER DRUG MATRIX FOR ORAL DRUG DELIVERY
(W.3.95) FABRICATION OF MICROCHANNEL NETWORK IN LIVER TISSUE SPHEROIDS
(W.5.126) FABRICATION OF A LABEL-FREE MICROMECHANICAL CAPACITIVE BIOSENSOR AND INTEGRATION WITH µPCR TOWARDS A LoC FOR DISEASE DIAGNOSIS
(T.8.185) CHARACTERIZATION OF IRRIGATION DYNAMICS IN PASSIVE ULTRASONIC AND PRESSURIZED IRRIGATION METHODS IN A ROOT CANAL USING A MICROFLUIDIC DEVICE
(T.3.87) ISOLATION OF CIRCULATING TUMOR CELLS WITH HIGH RECOVERY AND PURITY BY CELL SIZE AMPLIFICATION AND A MIRO SLIT FILTER HAVING EXTREMELY HIGH ASPECT RATIO
(M.1.11) BUBBLE-GATE FOR IN-PLANE FLOW CONTROL IN MICROFLUIDIC CHANNELS
(3.A1-1) SINGLE CELL SURGERY WITH MONODISPERSED MICROBUBBLES GENERATED BY A PULSED DISCHARGE OF MICROELECTRIC KNIFE
(T.8.192) MICRO-CAPILLARY SYSTEMS INTEGRATING PHOTO-CONTROLLED MOLECULAR CRANES FOR METAL ION ACCUMULATION, SENSING AND RELEASE IN CONTINUOUS FLOW
(T.3.66) ANALYSIS FOR EFFECT OF CELL SHAPE ON HIPPO SIGNALING PATHWAY USING MICRO-FABRICATED CELL CULTURE PLATFORM
(2.C1-2) DNA-BASED MOLECULAR ECOSYSTEM ON A CHIP
(T.2.33) A MEMBRANE MICROCONTACTOR AS A TOOL FOR SAMPLE PRE-TREATMENT OF PHARMACEUTICAL COMPOUNDS
(T.5.129) DEVELOPMENT OF FLUORINE INDUCED PLASMA ACTIVATING ROOM-TEMPERATURE BONDING STRATAGE FOR HIGH-PRESSURE MICRO-NANO FLUIDIC DEVICES
(T.7.157) A NOVEL DETECTION PLATFORM FOR PARALLEL MONITORING OF DNA HYBRIDIZATION WITH HIGH SENSITIVITY AND SPECIFICITY
(2.A1-1) ON-PLATE AND ON-DEMAND REMOVAL OF ADHERENT CELLS USING PHOTO-ACID-GENERATING SUBSTRATE AND MICRO-PROJECTION SYSTEM
(M.5.138) MICROCHANNEL FABRICATION BY USE OF PHOTOACID-GENERATOR-TETHERED GEL
(W.3.102) DROPLET ELECTROPORATION IN MICROFLUIDICS FOR EFFICIENT TRANSFORMATION WITH OR WITHOUT CELL WALL REMOVAL
(M.9.200) EVALUATION OF ETHANOL TOXICITY TO OIL PRODUCING ALGAE USING A MICROFLUIDIC DEVICE
(M.3.77) HIGH-THROUGHPUT MUTAGENIZED CELL SCREENING SYSTEM CAPABLE OF SELECTIVE SINGLE CELL EXTRACTION
(M.3.77) HIGH-THROUGHPUT MUTAGENIZED CELL SCREENING SYSTEM CAPABLE OF SELECTIVE SINGLE CELL EXTRACTION
(T.1.24) MULTIPLEX SNP ANALYSIS MICRODEVICE USING ALLELE-SPECIFIC POLYMERASE CHAIN REACTION-MICROARRAY
(2.A3-3) FREE-STANDING HYDROGEL MICROARRAYS: OPEN-CHANNEL MICROFLUIDICS FOR MASSIVELY PARELLEL PROTEIN ELECTROPHORESIS
(2.C1-3) ARTIFICIAL DARWINIAN SELECTION TECHNOLOGY ON MICROARRAY CHIPS TOWARDS DIRECTED EVOLUTION USING SINGLE MOLECULE PROCESSING
(W.3.84) A MICROMIXER FOR CONTINUOUS LABELING OF CIRCULATING TUMOR CELLS WITH MICRO-BEADS AS A HIGHLY SELECTIVE ISOLATION
(M.4.121) CONTINUOUS FLOW “RAIL-AND-TRAP” MICROFLUIDIC PROCESSORS FOR AUTONOMOUS BEAD-BASED MIXING AND VISUALIZATION
(1.A3-1) CIRCULAR MICROCHANNELS ENHANCE DIODICITY PERFORMANCE AT ULTRA-LOW REYNOLDS NUMBER FOR MICROFLUIDIC BEAD-BASED DIODES
(T.3.71) DISTINCT AUTO-REGULATION OF EMBRYONIC STEM CELL BEHAVIOR BY CELL-SECRETED SOLUBLE FACTORS IN A MEMBRANE-BASED TWO-CHAMBERED MICROBIOREACTOR
(W.4.113) PREPARATION OF FREEZE-DRIED POROUS MEDIA IN A MICROCHANNEL: A New Platform for Enzymatic Reactions
(T.2.52) ENHANCED CELL STIFFNESS EVALUATION BY TWO-PHASE DECOMPOSITION
(T.5.127) SURFACE TREATMENTS OF SOFT MOLDS FOR HIGH ASPECT RATIO MOLDING OF POLY-PEGDA
(T.5.130) DEVELOPMENT OF A CARBON MICROCHANNEL INTEGRATED WITH A HORIZONTAL CARBON SANDWICH ELECTRODE PAIR FOR ULTRA SENSITIVE ELECTROCHEMICAL/BIO SENSORS
(M.7.162) LABEL-FREE THROMBIN DETECTION IN A MICROCHANNEL USING AN APTAMER MODIFIED GRAPHENE OXIDE SURFACE
(M.8.189) MICROFLUIDIC BIOMIMETIC ARTERIOLAR NETWORKS TO STUDY DRUG ELUTION FROM EMBOLISATION BEADS
(M.4.105) FAST ANALYSIS OF BIOLOGICAL COMPOUNDS BY GRADIENT LIQUID CHROMATOGRAPHY USING PILLAR ARRAY COLUMN
(T.3.88) PATTERNED NANOMAGNETS ON-CHIP FOR SCREENING CIRCULATING TUMOR CELLS IN BLOOD
(3.C1-1) A LOW-COST, LABEL-FREE DNA DETECTION METHOD BASED ON DIRECT ELECTRONIC READ IN LAB-ON-CHIP FORMAT, WITH APPLICATION TO LONG-RANGE PCR
(W.8.179) SINGLE-STEP CAPILLARY ELECTROPHORESIS FOR FIELD-AMPLIFIED SAMPLE STACKING
(M.4.117) ELECTROKINETICALLY ACTUATED, HEATED MICROREACTOR FOR METABOLOMICS
(M.4.104) DRY REAGENT PAPER-COUPLED ELECTROPHORESIS MICROCHIP TOWARDS MULTI ASSAY OF BIOLOGICAL COMPONENTS
(W.5.137) PDMS MICROCHIP ELECTROPHORESIS WITH HIGH SEPARATION EFFICIENCY BY SIMPLE AND QUICK MODIFICATION OF PHOSPHOLIPID POLYMER
(W.4.105) DEVELOPMENT OF A MICROFLUIDIC BLOTTING DEVICE BY USING ALGINATE HYDROGEL
(T.7.170) ENHANCEMENT OF NMR SENSITIVITY IN NANOLITER SAMPLES BY DYNAMIC NUCLEAR POLARIZATION AND MICROCOILS FABRICATED ON CAPILLARIES BY SHADOW MASK LITHOGRAPHY
(M.3.97) ENCAPSULATION OF CELLS TO FEIGN VASCULAR NETWORK FOR LIVER TISSUE ENGINEERING
(M.2.36) 3D TUMOR SPHEROID CHIP USING BALANCED DROPLET DISPENSING FOR PHARMACOKINETIC DRUG ELIMINATION MODEL
(M.5.142) THERMAL BONDING OF POLYMER MICRODEVICES USING A PRESSURE-ASSISTED BOILING POINT CONTROL SYSTEM
(M.8.183) DESIGN AND SYNTHESIS OF FLUORESCENT ENZYME SUBSTRATE MONOMER AND ITS APPLICATION TO THE DEVELOPMENT OF HYDROGEL-BASED SINGLE STEP IMMUNOASSAY MICRODEVICE
(W.1.29) MONODISPERSE DROPLET GENERATION USING ELECTRICAL PULSES
(W.4.114) RAPID BACTERIOPHAGE DETECTION VIA HOST CELL AMPLICATION IN A DROPLET-BASED OPTOFLUIDIC SYSTEM
(M.1.25) ELECTROCHEMICAL ANALYSIS OF MICRODROPLET FORMATION
(T.4.120) DROPLET-BASED MICROFLUIDIC SYNTHESIS OF GIANT UNI-LAMELLAR LIPID VESICLES CONTAINING QUANTUM DOTS
(T.1.21) AUTOMATED SYSTEM FOR RAPID GENERATION AND TRANSPORT OF LIBRARIES OF NANOLITER DROPLETS
(W.1.26) A MICROFLUIDIC DEVICE FOR TEMPERATURE-TRIGGERED DNA AMPLIFICATION IN AGAROSE MICROBEADS
(1.B3-3) A CONTINUOUS FLOW MICRODROPLET “LYSIS” SYSTEM
(T.7.167) LOCAL REDOX CYCLING-BASED ELECTROCHEMICAL CHIP DEVICEFOR HIGH-THROUGHPUT ASSAY TOWARD EVALUATING EMBRYOID BODIES
(M.3.93) DYNAMIC THREE-DIMENSIONAL MICROPATTERNED COCULTURE USING PHOTOCURABLE AND CHEMICALLY DEGRADABLE HYDROGELS FOR STEM CELL DIFFERENTIATION
(3.A2-1) NEURAL STEM CELL DIFFERENTIATION IN VASCULAR MICROENVIRONMENT
(W.3.68) GENERATION OF DYNAMIC MICROENVIRONMENT IN A HYDROGEL-BASED MICROFLUIDIC DEVICE FOR CELL CULTURE STUDY
(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.3.96) THREE-DIMENSIONAL MECHANICAL COMPRESSION OF BIOMATERIALS IN A MICROFABRICATED BIOREACTOR WITH ON-CHIP STRAIN SENSORS
(T.1.5) FABRICATION OF DISPOSABLE ELECTROPHORESIS MICROCHIPS BASED ON USING OF COLORED TONER
(M.5.130) A DOUBLE-SIDED MICROMOULDING PROCESS FOR REPRODUCIBLE MANUFACTURING OF THIN LAYERS AND 3D MICROCHANNELS IN PDMS
(3.B2-3) HIGH-RESOLUTION MICROPATTERNING OF OFF-STOCHIOMETRIC THIOL-ENES (OSTE) VIA A NOVEL LITHOGRAPHY MECHANISM
(M.5.134) THIN FILM PATTERNING USING A WATER-SOLUBLE ETCH MASK
(1.C2-3) INTEGRATED ANGLE RESOLVED SPECTROSCOPY WITH NOVEL OPTICS 'CALDERA MIRROR'
(2.B2-2) HARNESSING ENZYMATICALLY MACHINED NANO- AND MICRO-SCALE SURFACE TOPOGRAPHIES FOR HIGH-THROUGHPUT SEPARATIONS
(T.3.70) PHENOTYPIC MODULATION OF PLURIPOTENT STEM CELLS (PSCs) INDUCED BY MICROFABRICATION MATERIALS
(M.8.184) FABRICATION OF CAPILLARY-DRIVEN TONER-BASED MICROFLUIDIC DEVICES FOR CLINICAL DIAGNOSTICS WITH COLORIMETRIC DETECTION
(T.3.72) TUBLOGENESIS OF ENDOTHELIAL CELLS IN CORE-SHELL HYDROGEL MICROFIBERS
(W.2.57) A TRANSDERMAL CONTINUOUS GLUCOSE MONITORING SYSTEM WITH AN IMPLANTABLE FLUORESCENT HYDROGEL FIBER AND A WEARABLE PHOTO-DETECTOR
(M.4.118) STRAIGHTFORWARD MODULATION OF TWO DIMENSIONALLY FEATURED MICROFIBERS USING OPTOFLUIDIC SYSTEM FOR MULTIPLEX IMMUNOASSAYS
(W.3.84) A MICROMIXER FOR CONTINUOUS LABELING OF CIRCULATING TUMOR CELLS WITH MICRO-BEADS AS A HIGHLY SELECTIVE ISOLATION
(M.3.84) DEVELOPMENT OF A MULTI-COMPARTMENT MICROFILTRATION DEVICE FOR PARTICLE FRACTIONATION
(2.A1-2) AN ANGLE-TUNABLE MICROFLAP TOWARD THE OBSERVATION OF PARASITE INVASION INTO HOST ADHERENT CELLS
(M.5.125) FABRICATION OF MONO-DISPERSED SPHERICAL ASSEMBLIES AND THESE STRUCTURAL COLORS BY USING MICROFLOW DEVICE
(T.3.73) A STUDY OF AXONAL PROTEIN TRAFFICKING IN NEURONAL NETWORKS VIA THE MICROFLUIDIC PLATFORM
(4.C1-3) FABRICATION AND DEMONSTRATION OF ULTRA-SENSITIVE AND FAST FLUORESCENCE IMMUNOASSAY USING NOVEL NANOPLASMONIC SENSOR INSIDE MICROFLUIDIC CHANNELS
(M.4.113) A CHEMICAL OSCILLATOR IN A NANO-LITER SCALE MICROFLUIDIC OPEN REACTOR
(T.2.44) MICROFLUIDIC STRATEGY FOR SPATIOTEMPORALLY RESOLVED MOLECULAR SAMPLING FROM LIVE OVARY SLICES
(M.4.106) EFFECT OF BLOOD CELL SEDIMENTATION ON IMMUNOMAGNETIC ISOLATION OF CIRCULATING TUMOR CELLS IN MICROFLUIDIC CHANNELS
(3.A2-1) NEURAL STEM CELL DIFFERENTIATION IN VASCULAR MICROENVIRONMENT
(M.2.51) CELL ROLLING CYTOMETER FOR CHARACTERIZING DYNAMIC ADHESION OF MESENCHYMAL STEM CELLS
(W.3.71) MICROSCALE CULTURE AND ENRICHMENT OF CANCER STEM CELLS FOR DRUG DEVELOPMENT
(M.3.81) HIGH RESOLUTION SIZE BASED MICRO PARTICLE/CELL SEPARATOR WITH TRAPEZOIDAL CROSS SECTION SPIRAL MICROCHANNELS
(W.3.102) DROPLET ELECTROPORATION IN MICROFLUIDICS FOR EFFICIENT TRANSFORMATION WITH OR WITHOUT CELL WALL REMOVAL
(W.1.1) AN INTEGRATED MICROFLUIDIC DEVICE FOR HIGH-THROUGHPUT ELECTROPHYSIOLOGICAL ANALYSIS OF C. ELEGANS
(4.B2-1) RECORDING SIGNAL TRANSDUCTION DYNAMICS WITH UNPRECEDENTED TEMPORAL RESOLUTION
(W.3.64) INDUCING BACTERIAL BIOFILM FORMATION BY FLUID FORCES USING A MICROFLUIDIC SHEAR ARRAY
(M.1.23) A RAPID SCREENING FOR HEMOGLOBIN-SPECIFIC APTAMERS BY USING A CONTINUOUS MICROFLUIDIC SYSTEM
(M.2.44) REAL-TIME DETECTION OF BACTERIAL BIOFILM GROWTH USING SURFACE PLASMON RESONANCE IMAGING
(M.5.129) ONE-STEP MULTI-DEPTH POLYSTYRENE MOLDS FOR PDMS SOFT-LITHOGRAPHY THROUGH LASER-INDUCED BUMPING
(W.8.180) A SIMPLE AND RAPID METHOD FOR INFECTIOUS WATERBORNE DISEASE MONITORING USING DISPOSABLE PDMS MICROFLUIDIC CHIP BY DIELECTROPHORESIS
(W.9.193) POLYMER-ENHANCED ENERGY HARVESTING FROM STREAMING POTENTIAL
(M.1.3) TWO-STAGE LIQUID DRIVING USING VACUUM TRANSFORMERS WITH BATTERY-POWERED MINI-HOTPLATES FOR SIMPLE-TO-USE MICROFLUIDIC BIOCHIPS
(T.8.171) ELECTRONIC MICROFLUIDIC BIOCHIPS WITH IMMUNE-LIKE BIOSENSORS FOR RAPID DETECTION OF C-REACTIVE PROTEIN IN HUMAN SERUM
(M.1.1) PRE-PROGRAMMED, SELF-POWERED CIRCUITS BUILT FROM MICROFLUIDIC CAPILLARY ELEMENTS
(M.9.197) ION-SELECTIVE MEMBRANE FORMED IN A MICROFLUIDIC CHIP UTILIZING SURFACE TENSION FORCE FOR HIGH SENSITIVE AMMONIA ION SENSING
(T.5.141) ON-CHIP CONTINUOUS ENUCLEATION BY HYDRAULIC FORCE CONTROL USING MAGNETICALLY ACTUATED MICROROBOT
(1.A3-1) CIRCULAR MICROCHANNELS ENHANCE DIODICITY PERFORMANCE AT ULTRA-LOW REYNOLDS NUMBER FOR MICROFLUIDIC BEAD-BASED DIODES
(W.2.46) DEVELOPMENT OF A MICROFLUIDIC CONCENTRATION GRADIENT GENERATOR ON A MICROWELL SLIDE FOR HIGH-THROUGHPUT CELL ANALYSIS
(1.A3-4) MICROFLUIDIC SERIAL DAC FOR ANALOG PRESSURE GENERATION
(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
(W.8.176) IDENTIFICATION OF SINGLE MOLECULAR DNA METHYLATION POINTS BY MICROFLUIDIC DNA MOLECULE STRETCHING AND QUANTUM DOT DETECTION
(4.A2-3) SPERM QUALITY ASSESSMENT VIA SEPARATION AND SEDIMENTATION IN A MICROFLUIDIC DEVICE
(M.2.37) CONTINUOUS EXCHANGE OF BUFFERS OVER A LIPID BILAYER MEMBRANE FORMED IN A GLASS MICROFLUIDIC DEVICE
(W.3.68) GENERATION OF DYNAMIC MICROENVIRONMENT IN A HYDROGEL-BASED MICROFLUIDIC DEVICE FOR CELL CULTURE STUDY
(T.2.46) HYDROGEL-FREE AND PUMP-LESS MICROFLUIDIC DEVICE FOR BACTERIAL CHEMOTAXIS UNDER CHEMICAL GRADIENT
(T.1.14) A MICROFLUIDIC CULTURE SYSTEM FOR ANALYSIS OF NEUROTOXICITY OF OLIGOMERIC ASSEMBLIES OF AMYLOID BETA PROTEINS
(M.3.77) HIGH-THROUGHPUT MUTAGENIZED CELL SCREENING SYSTEM CAPABLE OF SELECTIVE SINGLE CELL EXTRACTION
(M.3.99) CONSTRUCTION OF VASCULAR TISSUES VIA MULTILAYER CELL DEPOSITION INSIDE HYDROGEL MICROCHANNELS
(W.3.85) FULLY AUTOMATED IMMUNOMAGNETIC LAB-ON-CHIP FOR RARE CANCER CELLS SORTING, ENUMERATION AND IN-SITU ANALYSIS
(W.2.53) LARGE-SCALE SCREENING OF OLFACTORY SENSORY NEURONS WITH AN INTEGRATED MICROFLUIDIC PLATFORM
(T.6.148) IMMOBILIZATION AND ISOLATION OF EXOSOMES USING POLYETHYLENE GLYCOL-LIPID-MODIFIED SURFACE IN A MICROCHANNEL AND EVALUATION BY ATOMIC FORCE MICROSCOPY
(M.1.3) TWO-STAGE LIQUID DRIVING USING VACUUM TRANSFORMERS WITH BATTERY-POWERED MINI-HOTPLATES FOR SIMPLE-TO-USE MICROFLUIDIC BIOCHIPS
(4.A1-3) SIZE- AND DEFORMABILITY-BASED SORTING OF PARTICLES USING ASYNCHRONOUS LOGIC CIRCUITS
(W.5.140) MICROFLUIDIC MAGNETIC RESONANCE CHIP WITH INTEGRATED SOLENOIDAL MICROCOIL FOR DISPOSABLE USE IN A MODULAR PROBE
(T.9.200) MICROFLUIDIC MICROBIAL FUEL CELLS FOR RAPID SCREENING OF ELECTROACTIVE MICROORGANISMS
(T.1.9) NOVEL NON-EQUILIBRIUM ELECTROKINETIC MICROMIXER WITH NANOPOROUS MEMBRANE FABRICATED BY LASER POLYMERIZATION TECHNIQUE
(4.B2-3) CYTOTOXICITY ANALYSIS ON A CHIP
(M.5.140) MICROFLUIDIC POLYIMIDE CHIPS FABRICATED BY LAMINATION PROCESSES FOR X-RAY SCATTERING APPLICATIONS
(W.1.2) HYDRODYNAMIC LEVITATION OF A MICROFLUIDIC PROBE FOR SAMPLE-HEAD DISTANCE CONTROL
(M.4.121) CONTINUOUS FLOW “RAIL-AND-TRAP” MICROFLUIDIC PROCESSORS FOR AUTONOMOUS BEAD-BASED MIXING AND VISUALIZATION
(W.3.100) MICROFLUDICS SPINNING OF FLAT FIBER WITH MICRO GROOVES FOR CELL-ALIGNING SCAFFOLDS
(M.9.198) MULTIPLE PATHOGEN DETECTION FOR POULTRY BY ULTILIZING INTEGRATED MICROFLUIDIC SYSTEM
(T.8.189) AN INTEGRATED SELEX MICROFLUIDIC SYSTEM FOR RAPID SCREENING OF INFLUENZA VIRUS-SPECIFIC APTAMERS
(3.B1-1) MICROFLUIDIC THERMAL DIGESTION OF AQUEOUS SAMPLE AT TEMPERATURE HIGHER THAN 100OC
(M.1.7) A POWERLESS VALVING SYSTEM FOR FLUID FLOW IN PAPER NETWORKS
(T.3.83) MULTI-COMPONENT SEPARATION CHIP UTILIZING MICROPILLAR ARRAYS IN SPLITLEVEL SPIRAL CHANNEL
(2.A3-3) FREE-STANDING HYDROGEL MICROARRAYS: OPEN-CHANNEL MICROFLUIDICS FOR MASSIVELY PARELLEL PROTEIN ELECTROPHORESIS
(W.8.171) BEAD TRAPS IN CAPILLARY-DRIVEN MICROFLUIDICS FOR FLUORESCENCE IMMUNOASSAYS
(T.4.105) MICROFLUIDIC DEVICES FOR FRACTIONATION OF DNA FRAGMENTS
(W.9.195) PHOTOCATALYTIC MICROFLUIDIC REACTOR WITH A NOVEL COMPOUND CATALYST FILM USING SOLAR ENERGY
(W.5.142) SURFACE MICROMACHINING OF POLYDIMETHYLSILOXANE (PDMS) FOR MICROFLUIDIC BIOMEDICAL APPLICATIONS
(M.9.201) PATTERNED MICROCLEANSING AND PARTICLE RECOVERY WITH OPEN ACOUSTIC MICROFLUIDICS
(2.C2-1) SHAPE-CONTROLLABLE SYNTHESIS OF HYBRID STRUCTURES BY THREE-DIMENSIONAL (3D) HYDRODYNAMIC FOCUSING METHOD
(M.2.39) HIGH-THROUGHPUT BIOPHYSICAL MEASUREMENT OF HUMAN RED BLOOD CELLS
(M.3.96) BONE MARROW-ON-A-CHIP
(M.2.56) HYDRODYNAMIC EFFECTS ON DEVELOPMENT OF MAT-LIKE BIOFILM IN A MICROFLUIDIC ENVIRONMENT
(W.3.89) TUNABLE STANDING SURFACE ACOUSTIC WAVES ACTIVATED CELL SORTING
(T.2.51) MICROFLUIDIC DEVICES FOR INTEGRATED SYNCHRONIZATION AND ANALYSIS OF BACTERIA
(M.5.131) A HIGHLY EFFICIENT 3D MICROMIXER FABRICATED BY STANDARD SOFT-LITHOGRAPHY EQUIPMENT
(M.8.187) RAPID ANTIBIOTIC SUSCEPTIBILITY TEST BASED ON THE MICROFLUIDIC AGAROSE CHANNEL WITH SINGLE CELL IMAGING PROCESS
(M.2.33) EXERCISE- AND DRUG DOSE-DEPENDENT METABOLIC ASSAY DEVICE USING THE HYDROGEL-SUPPORTED SKELETAL MUSCLE CELLS
(2.A2-3) MANIPULATING SINGLE PARTICLES USING STANDING SURFACE ACOUSTIC WAVES
(M.2.43) COMBINED MICROFLUIDIC SINGLE-CELL ELECTROPORATION AND IMPEDANCE SPECTROSCOPY ANALYSIS
(M.4.115) A MICROFLUIDIC-BASED THERMAL DIGESTION CHIP FOR DISSOLVED ORGANIC NITROGEN DETECTION
(M.3.88) HIGH-EFFECIENCY BLOOD CELL SEPARATION USING STANDING SURFACE ACOUSTIC WAVES
(M.7.156) INTRAOCULAR PRESSURE SENSORS: NEW APPROACHES FOR REAL-TIME INTRAOCULAR PRESSURE MEASUREMENT USING A PURELY MICROFLUIDIC CHIP
(M.1.6) ON-CHIP AEROSOL GENERATION FOR ORGANS-ON-CHIPS
(T.3.80) AN OPTICALLY-INDUCED DIELECTROPHORETIC (ODEP) MICROFLUIDIC PLATFORM FOR ISOLATION OF CIRCULATING TUMOR CELLS (CTCS) AFTER CONVENTIONAL CTC ISOLATION PROCESS
(W.2.43) FOUR-STAGE MECHANISTIC MODEL OF DYNAMIC PLATELET AGGREGATION IN A MICROFLUIDIC CHIP
(T.3.64) A MICROFLUIDIC ARRAY PLATFORM FOR SIMULTANEOUS CELL CULTURE UNDER VARIOUS OXYGEN TENSIONS
(M.1.2) THREE-DIMENSIONAL HYDRODYNAMIC FOCUSING ACHIEVED BY A SINGLE CHANNEL LAYER, SINGLE SHEATH-FLOW INLET MICROFLUIDIC DEVICE
(W.1.16) ELECTRIC CONTROL IN DROPLET-BASED MICROFLUIDICS
(W.1.26) A MICROFLUIDIC DEVICE FOR TEMPERATURE-TRIGGERED DNA AMPLIFICATION IN AGAROSE MICROBEADS
(M.3.75) UNIFORM AND HIGH THROUGHPUT AGAROSE GEL MICRO DROPLET GENERATION DEVICE FOR SINGLE CELL ANALYSIS
(T.2.45) AN INTEGRATED MICROFLUIDIC PLATFORM FOR IN-SITU CELLULAR CYTOKINE SECRETION IMMUNOPHENOTYPING
(W.6.152) OPTICAL MAPPING OF TRANSCRIPTIONAL FACTOR BINDING SITES ON SINGLE DNA MOLECULES USING NANOFLUIDIC DEVICES
(T.2.47) ELECTRICAL-IMPEDANCE-SPECTROSCOPY CHARACTERIZATION OF INDIVIDUALLY IMMOBILIZED SINGLE PARTICLES AND YEAST CELLS
(W.4.120) MICROFLUIDIC FABRICATION OF POLYMERIZED IONIC LIQUID MICROGELS
(M.2.57) UNRAVELING MECHANO-STRESS RESPONSIVE SIGNALING NETWORKS IN BUDDING YEAST VIA MICROFLUIDIC 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
(T.5.131) LOW COST INTEGRATION OF 3D-ELECTRODES VIA REPLICA MOLDING
(M.8.186) A MICROFLUIDIC DEVICE FOR EXPOSING TUMOR BIOPSY TISSUE TO MULTIPLE DRUGS
(T.1.10) JANUS HYDROGEL BEADS FOR ELECTRONIC PAPER USING SHRINKAGE-GELATION TECHNIQUE
(W.1.2) HYDRODYNAMIC LEVITATION OF A MICROFLUIDIC PROBE FOR SAMPLE-HEAD DISTANCE CONTROL
(W.1.18) SINGLE-MOLECULE ENZYMATIC ANALYSIS IN A DROPLET-BASED MICROFLUIDIC SYSTEM
(M.2.61) SIZE BASED NANOPARTICLE SEPARATION USING DIELECTROPHORETIC FOCUSING FOR FEMTOSECOND NANOCRYSTALLOGRAPHY OF MEMBRANE PROTEINS
(T.2.34) RAPID AND ACCURATE IC50 DETERMINATION USING LOGARITHMIC CONCENTRATION GENERATOR
(T.1.23) DOUBLE BILAYER LIPID MEMBRANE (dBLM) CHIPS FOR STUDIES OF BIOMEMBRANE INTERACTION AND FUSION
(W.9.200) INTERDIGITATED EVAPORATION CHIP FOR EFFICIENT SOLVENT EXCHANGE IN MICROCHANNELS
(T.5.127) SURFACE TREATMENTS OF SOFT MOLDS FOR HIGH ASPECT RATIO MOLDING OF POLY-PEGDA
(T.1.11) CENTRIFUGAL MULTIPLEX FIXED-VOLUME DISPENSER (C-MUFID) ON A DISPOSALBE PLASTIC LAB-ON-A-DISK FOR BIOCHEMICAL ASSAYS
(M.9.195) ANALYSIS OF POLYCHLORINATED BIPHENYLS IN OIL USING MICROFLUIDIC BASED PRETREATMENT METHOD AND IMMUNOASSAY
(T.5.124) COMPUTER AIDED MICROFLUIDICS (CAMF) – HIGH-RESOLUTION PROJECTION LITHOGRAPHY FOR THE RAPID CREATION OF LARGE-SCALE MICROFLUIDIC STRUCTURES
(T.2.40) DEFORMABILITY CYTOMETRY OF EMBRYONIC STEM CELLS REVEALS CONSISTENT MECHANICAL PROPERTIES ACROSS CELL LINES
(M.2.31) ENCODED GEL PARTICLE ARRAY FOR RAPID, MULTIPLEXED PROTEIN DETECTION IN COMPLEX MEDIA
(2.A3-4) ONE-STEP ISOLATION OF TRANSITORY PROTEIN COMPLEXES WITH IFAST
(2.C1-1) ELECTROKINETICALLY INTEGRATED ISOLATION AND AMPLIFICATION OF PROTEIN-BINDING NUCLEIC ACIDS ON A MICROCHIP
(W.2.51) SPATIALLY PATTERNED NEURAL AND CARDIAC DIFFERENTIATION OF EMBRYOID BODY (EB) IN A MICROFLUIDIC DEVICE
(M.6.154) WASHING-FREE ALL-IN-ONE IMMUNOSTAINING REACTION OF MULTI-STEP QUANTUM DOT LABELING REAGENTS
(M.1.27) ADDRESSABLE LIGHT-INDUCED HEAT KNOCKDOWN (aLINK) FOR CAENORHABDITIS (C.) ELEGANS IMMOBILIZATION
(M.8.172) SUB-ATTOMOLE DETECTION OF MicroRNA IN TWENTY MINUTES USING POWER-FREE MICROFLUIDIC CHIP: TOWARDS POINT-OF-CARE TESTING
(T.2.58) PLANT-ON-A-CHIP MICROFLUIDIC-SYSTEM FOR QUANTITATIVE ANALYSIS OF POLLEN TUBE GUIDANCE BY SIGNALING MOLECULE: TOWARDS CELL-TO-CELL COMMUNICATION STUDY
(W.3.66) A MICROFLUIDIC WOUND-HEALING ASSAY TO STUDY ENDOTHELIAL CELL PROLIFERATION AND MIGRATION UNDER OXYGEN GRADIENTS
(M.3.67) COMBINATION OF HYDROSTATIC PRESSURE AND SHEAR STRESSES CONTRIBUTE TO ENDOTHELIAL CELL GROWTH IN A MICROFLUIDIC DEVICE
(W.2.41) A NOVEL MICROFLUIDIC DESIGN TO GENERATE MULTIPLEX GRADIENTS OF BIOMOLECULES BY VISULIZED BIOMOLECULE PATTERNING AND DIRECT CELL ADHESION
(T.7.162) OPTOFLUIDIC DEVICE FOR HIGH RESOLUTION VOLUME REFRACTIVE INDEX MEASUREMENT OF SINGLE CELL
(W.1.29) MONODISPERSE DROPLET GENERATION USING ELECTRICAL PULSES
(1.B3-3) A CONTINUOUS FLOW MICRODROPLET “LYSIS” SYSTEM
(M.1.5) ON-CHIP LIQUID CONTROL USING STRIPED SURFACE TOPOGRAPHY FABRICATED BY POLYMER INJECTION MOLDING
(W.4.120) MICROFLUIDIC FABRICATION OF POLYMERIZED IONIC LIQUID MICROGELS
(M.8.180) DNA MELTING CURVE ANALYSIS ON SEMI-TRANSPARENT THIN FILM MICROHEATER ON FLEXIBLE LAB-ON-FOIL SUBSTRATE
(T.2.41) PARALLEL DISCRETE CHEMICAL STIMULATIONS OF MATRIX-ARRAYED NEUROSPHERES USING A MICROHOLE ARRAY DEVICE
(W.7.165) HIGH THROUGHPUT FLUORESCENCE BASED FLOW CYTOMETER USING 3D MICROFLUIDICS FOR PARALLEL SHEATH FLOW FOCUSING AND EMBEDED HIGH N.A. MICROLENS
(W.1.6) GENERATION OF A MICROLIQUID CONCENTRATION SERIES USING WETTABILITY GRADIENT AND ELECTROWETTING
(W.3.84) A MICROMIXER FOR CONTINUOUS LABELING OF CIRCULATING TUMOR CELLS WITH MICRO-BEADS AS A HIGHLY SELECTIVE ISOLATION
(T.5.139) ACTIVE MICROMIXER USING A METALLIZED MICROTURBINE DRIVEN BY AN ULTRA-LOW POWER LASER
(M.5.131) A HIGHLY EFFICIENT 3D MICROMIXER FABRICATED BY STANDARD SOFT-LITHOGRAPHY EQUIPMENT
(T.5.133) FLEXIBLE MICRONEEDLE ELECTRODE ARRAY BASED-ON PARYLENE SUBSTRATE
(W.3.63) BIOPHOTONIC LAB ON A CHIP WITH INTEGRATED SIZE-EXCLUSION MICROFILTERS FOR CELL PROLIFERATION MONITORING
(T.3.78) MICROFABRICATED PARTICLE ASSEMBLIES FOR VERSATILE CELL PATTERNING
(T.5.132) FABRICATION OF TUNABLE WRINKLE PATTERNED MICROPARTICLE VIA SILICA-COATING
(W.2.60) MULTIPLEXED DRUG SCREENING USING PARTIPETTING
(W.3.93) DISTINCT RELEASES OF GROWTH FACTORS FROM THREE DIMENSIONAL FIBROUS SCAFFOLDS COMBINED WITH HYDROGEL FOR DIFFERENTIATION OF MESENCHYMAL STEM CELLS
(3.B2-3) HIGH-RESOLUTION MICROPATTERNING OF OFF-STOCHIOMETRIC THIOL-ENES (OSTE) VIA A NOVEL LITHOGRAPHY MECHANISM
(T.5.128) FABRICATION OF PMMA MICROPILLARS BY REACTIVE ION ETCHING TOWARDS SEPARATION OF WHITE AND RED BLOOD CELLS
(W.3.82) EFFICIENT ISOLATION OF TUMOR CELLS IN WHOLE BLOOD USING APTAMERS IMMOBILIZED IN A DEVICE
(W.2.40) CHARACTERIZATION OF NATURAL KILLER CELLS’ CYTOTOXIC HETEROGENEITY USING AN ARRAY OF SONO-CAGES
(W.2.52) CONTROL OF SELF-FOLDING CELL-LADEN MICROPLATES BY CYTOSKELETON ALIGNMENT TO FIBRONECTIN PATTERNS
(M.3.74) ANALYSIS OF TRAPPING AND STREAMING IN AN ULTRASOUND-ACTUATED MULTI-WELL MICROPLATE FOR SINGLE-CELL STUDIES
(W.3.96) MICROMECHANICAL ELASTOMERIC DEVICES FOR INVESTIGATIONS OF MECHANOBIOLOGY IN HUMAN EMBRYONIC STEM CELLS
(T.3.101) BIO-HYBRID CAPILLARY PULSATION DRIVEN BY A HEART MUSCLE OF INSECT
(T.4.113) YIELD IMPROVEMENT BY AN EFFECTIVE MICROREACTOR FOR PHOTOREACTIONS USING A BLACK ALUMINUM OXIDE CHANNEL SUBSTRATE
(T.4.116) INTEGRATED HEATING AND COOLING MULTI-ZONE SILICON MICROREACTOR (MZSM) FOR INCREASED MONODISPERSITY IN TiO2 NANOPARTICLE SYNTHESIS
(M.4.117) ELECTROKINETICALLY ACTUATED, HEATED MICROREACTOR FOR METABOLOMICS
(T.4.117) CHEMICAL SCREENING FOR SINGLE BACTERIAL ACTIVITY USING BACTERIA IMMOBILIZATION INTO MICROPOROUS
(T.4.119) MICRO-FLOW REACTION SYSTEMS FOR PHOTOCATALYTIC CARBON DIOXIDE RECYCLING AND HYRDROGEN GENERATION
(T.4.118) GENERATION, SEPARATION, AND REACTIONS OF ETHYL DIAZOACETATE USING INTEGRATED MICROFLUIDIC SYSTEM
(3.C1-3) ON-CHIP ISOTACHOPHORESIS AND FUNCTIONALIZED HYDROGEL CAPTURE FOR SENSITIVE MICRO-RNA DETECTION
(M.8.172) SUB-ATTOMOLE DETECTION OF MicroRNA IN TWENTY MINUTES USING POWER-FREE MICROFLUIDIC CHIP: TOWARDS POINT-OF-CARE TESTING
(M.2.49) SINGLE CELL MICRORNA QUANTIFICATION WITH TWO STEP RT-QPCR BASED ON FLEXIBLE NANOLITER-SCALE DROPLET ARRAY SYSTEM
(T.5.141) ON-CHIP CONTINUOUS ENUCLEATION BY HYDRAULIC FORCE CONTROL USING MAGNETICALLY ACTUATED MICROROBOT
(W.1.2) HYDRODYNAMIC LEVITATION OF A MICROFLUIDIC PROBE FOR SAMPLE-HEAD DISTANCE CONTROL
(T.2.57) A NEUROSPHEROID CULTURED ON THE TIP OF A FLEXIBLE MICROELECTRODE FOR CORTICAL MICROSTIMULATION
(W.3.77) DIRECTED MIGRATION OF CELLS IN CONTACT WITH ANISOTROPIC MICROSTRUCTURES
(M.3.73) BIO-INSPIRED MICROSCALE TOPOGRAPHIES ON DRIE DEFINED TITANIUM SURFACE FOR SOFT TISSUE REGENERATION IN IMPLANT DENTISTRY
(T.9.198) DRUG AUTHENTICATION USING HIGH CAPACITY AND ERROR-CORRECTABLE ENCODED MICROTAGGANTS
(W.5.139) PIEZOELECTRIC MICROMIXER USING A SWIRLING MOTION
(1.A2-2) IN VITRO WOUND-HEALING ANALYTICAL SYSTEM COMPOSED OF A MICRO AUTOMATED SCRATCHER AND OXYGEN GRADIENT CHAMBER
(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.5.141) SHAPE-MEMORY POLYMER MICROVALVES
(W.4.110) TWO-DIMENSIONAL PROTEIN SEPARATION ENABLED BY MICROVALVE ARRAYS
(T.2.35) A DROPLET BASED MULTI-DRUG SCREENING SYSTEM CONTROLLED WITH ELECTROSTATIC MICROVALVES
(M.5.128) SIMPLE AND LOW-COST FABRICATION PROTOCOL FOR PRODUCING 100’S OF PNEUMATIC MICROVALVES IN ALL-PDMS SUBSTRATES FOR MICROFLUIDICS RESEARCH
(T.5.144) LIVER SPECIFIC FUNCTION ENHANCEMENT BY MICROVASCULAR SYSTEM INTEGRATED WITHIN A LAB-ON-CHIP DEVICE
(T.8.180) MICROFLUIDIC PURIFICATION OF EXTRACELLULAR VESICLES FROM RAW BLOOD SAMPLES
(W.1.11) MECHANICS OF PARTICLE TRAPPING AND MAINTENANCE IN MICRO-SCALE FLUID VORTICES
(M.8.182) MICROFLUIDIC SAMPLE PREPARATION OF PLEURAL EFFUSIONS FOR CYTODIAGNOSTICS
(M.3.65) REVERSIBLY-ASSEBMLED PERFUSION CULTURE CHIP WITH MICROWELL ARRAY FOR CONTROLLABLE SPHEROID CULTURE AND POST-CULTURE ANALYSIS
(W.2.60) MULTIPLEXED DRUG SCREENING USING PARTIPETTING
(W.2.46) DEVELOPMENT OF A MICROFLUIDIC CONCENTRATION GRADIENT GENERATOR ON A MICROWELL SLIDE FOR HIGH-THROUGHPUT CELL ANALYSIS
(2.B1-1) ENCODING OF LIQUID CAPPED MICROCAPSULE AND HETEROGENEOUS ASSEMBLY FOR MULTIPLEXED ASSAY
(W.9.198) PAPER MICROFLUIDIC DETECTION OF SALMONELLA USING A SMART PHONE
(1.A1-3) IN VITRO GENERATION OF PANCREATIC PSEUDO-ISLETS USING FREE-STANDING MESH PATTERNED CELLULAR HYDROGEL
(W.7.156) RAPID AIRBORNE VIRUS DETECTION USING MIST-LABELING BASED ON MICRO REACTION PROCESS
(T.6.146) MULTI-STEP MIXING IN EXTENDED NANOSPACE BY CONTINUOUS FLOW CHEMICAL PROCESSING WITH EFFECT OF ION HYDRATION ON LIQUID PROPERTY
(T.1.22) ACCELERATED TARGET CAPTURE BY DYNAMIC MAGNETIC PARTICLE ACTUATION
(W.1.4) SAXS-LABDISK: A CENTRIFUGAL MICROFLUIDIC SCREENING PLATFORM FOR PROTEIN STRUCTURE ANALYSIS
(2.B3-1) WHY IS THE MINIMUM UNIT OF LIFE A CELL? : BUILDING AN “RNA WORLD” MODEL PROTOCELL USING DROPLET-BASED MICROFLUIDICS
(W.3.99) BIOFABRICATION OF LIVING VESSEL STRUCTURES INTEGRATED WITH FLUID PERFUSION
(M.9.198) MULTIPLE PATHOGEN DETECTION FOR POULTRY BY ULTILIZING INTEGRATED MICROFLUIDIC SYSTEM
(T.8.192) MICRO-CAPILLARY SYSTEMS INTEGRATING PHOTO-CONTROLLED MOLECULAR CRANES FOR METAL ION ACCUMULATION, SENSING AND RELEASE IN CONTINUOUS FLOW
(W.7.161) CONTINUOUS REAL-TIME MONITORING OF MOLECULAR DETECTION BY SILICON NANOTWEEZERS-INTEGRATED MICROFLUIDIC DEVICE
(T.2.44) MICROFLUIDIC STRATEGY FOR SPATIOTEMPORALLY RESOLVED MOLECULAR SAMPLING FROM LIVE OVARY SLICES
(W.2.61) SILICON NANO TWEEZERS FOR REAL TIME BIOMECHANICAL ASSAY ON DNA DAMAGE BY THERAPEUTIC RADIATION BEAMS
(M.6.148) INTRANEURONAL TRANSPORT IN VITRO: DEVELOPMENT OF A HIGHLY SENSITIVE MICROTUBULE BASED ASSAY
(2.A2-1) ON-CHIP SEQUENTIAL MOLECULE DELIVERY INTO ISOLATED CELLS USING VORTEX ASSISTED ELECTROPORATION
(T.4.123) AN APROACH FOR SINGLE CRYSTALLIZATION OF PROTEIN BY USING DROPLET BASED MICROFLUIDICS
(1.C1-1) COLOCALIZATION OF Q-DOTS CARRIED BY MOTOR PROTEINS ON MICROTUBULE ARRAY IN NANOTRACKS
(W.7.167) MONITORING BIOFILM GROWTH AND ACTIVITY USING A SCALABLE MULTICHANNEL ELECTROCHEMICAL BIOSENSOR
(T.2.53) MEASUREMENT OF INFLAMMATORY CYTOKINE SECRETION FROM HUMAN MONOCYTES AFTER INFLAMMASOME ACTIVATION
(M.5.125) FABRICATION OF MONO-DISPERSED SPHERICAL ASSEMBLIES AND THESE STRUCTURAL COLORS BY USING MICROFLOW DEVICE
(T.1.10) JANUS HYDROGEL BEADS FOR ELECTRONIC PAPER USING SHRINKAGE-GELATION TECHNIQUE
(W.5.125) VIRTUALLY MONOLITHIC DEVICE FOR DIFFUSIVE MASS TRANSFER ENABLING HIGH VOLUME FLOW
(W.3.101) ON CHIP SPATIOTEMPORAL ELECTRIC FIELD SHAPING TO LOCALLY ELECTROPORATE CELL MARKERS INTO MOUSE EMBRYONIC TISSUES
(1.C1-1) COLOCALIZATION OF Q-DOTS CARRIED BY MOTOR PROTEINS ON MICROTUBULE ARRAY IN NANOTRACKS
(T.7.156) DETECTION OF THE UNDERWATER MUCUS BY USING LASER RAMAN SPECTROSCOPY
(M.2.52) FAST TARGET-SELECTIVE CHEMICAL & OPTICAL STIMULATION BASED ON HIGH-THROUGHPUT MULTI-CHANNEL IMAGING DEVICE
(M.5.129) ONE-STEP MULTI-DEPTH POLYSTYRENE MOLDS FOR PDMS SOFT-LITHOGRAPHY THROUGH LASER-INDUCED BUMPING
(T.5.126) FLEXIBLE AND FREE-STANDING POLYMERIC MEMBRANES WITH MULTI-DIMENSIONAL PORES FOR A MICROFLUIDIC APPLICATION
(T.3.95) THREE-DIMENSINAL NEURON CULTURE METHOD CONTROLLING THE DIRECTION OF NEURITE ELONGATION AND THE POSITION OF SOMA
(M.6.152) ELECTRODE NANOGAP ENHANCED AND DIELECTROPHORESIS-ENABLED RAMAN SPECTROSCOPY OF SINGLE BIOMOLECULES WITH SIMULTANEOUS REAL-TIME ELECTRONIC MONITORING
(T.8.183) CAPILLARY SENSOR ARRAY CHIP AS A “SAMPLE-TO-ANSWER” DEVICE FOR SIMPLE, RAPID, AND MULTIPLE COMPONENT ANALYSIS OF SERUM SAMPLE
(2.A3-4) ONE-STEP ISOLATION OF TRANSITORY PROTEIN COMPLEXES WITH IFAST
(W.1.7) FREE ACCESSIBLE MICROCHANNEL USING AIR-LIQUID INTERFACE WITH PATTERNED NANO-GEOMETRIC SURFACE BY HYBRID MASK LITHOGRAPHY
(M.8.175) A MULTI-STEP IMMUNOASSAY USING DRY, PATTERNED REAGENTS IN A TWO-DIMENSIONAL PAPER NETWORK FORMAT
(M.4.116) MULTI-STEP ORGANIC SYNTHESIS OF FOUR DIFFERENT MOLECULAR PROBES IN DIGITAL MICROFLUIDIC DEVICES
(M.3.74) ANALYSIS OF TRAPPING AND STREAMING IN AN ULTRASOUND-ACTUATED MULTI-WELL MICROPLATE FOR SINGLE-CELL STUDIES
(T.7.168) MULTICHANNEL IMPEDIMETRIC BIOSENSOR PLATFORM FOR LABEL-FREE AFFINITY ASSAYS USING ELECTRICALLY CONDUCTIVE FUNCTIONAL POLYMERS
(W.2.37) HIGH THROUGHPUT PURIFICATION DEVICE FOR GENE DELIVERY MULTIFUNCTIONAL ENVELOPE-TYPE NANODEVICE
(W.1.21) PRODUCTION OF LIPID-CORE/MULTILAMELLAR-SHELL HYBRID LIPOSOMES UTILIZING NON-EQUILIBRIUM MICROFLUIDIC DROPLETS
(W.5.124) PRESSURE TOLERANT MULTILAYERED POLYMER FILM MICROFLUIDICS BY ONE-STEP BONDING PROCESS FOR HIGH THROUGHPUT EMULSION GENERATION
(M.3.99) CONSTRUCTION OF VASCULAR TISSUES VIA MULTILAYER CELL DEPOSITION INSIDE HYDROGEL MICROCHANNELS
(W.3.70) GENERATING CELL CO-CULTURES BY RAPID CELL ADHESION ON OPPOSITE SIDES OF POLYESTER MEMBRANES
(M.3.71) RAPID CONSTRUCTION OF MULTILAYERED TISSUES ON CURVED SUBSTRATE BY WATER TRANSFER PRINTING
(2.B2-1) AUTOMATED HIGH-THROUGHPUT CHARACTERIZATION OF CELLS USING MULTIMODAL ELECTRICAL AND OPTICAL CYTOMETRY (MULTIMEOC)
(T.2.54) STABLE GENERATION OF MULTIPLE CHEMICAL GRADIENTS USING IN-SITU FORMED NANOPOROUS MEMBRANES
(1.C3-3) GENERATION OF MULTIPLE DROPLETS WITH DENSLY PACKED SEGMENTS FOR STUDYING CHEMICAL SIGNALING IN DROPLET NETWORKS
(M.4.104) DRY REAGENT PAPER-COUPLED ELECTROPHORESIS MICROCHIP TOWARDS MULTI ASSAY OF BIOLOGICAL COMPONENTS
(T.3.74) MICROFLUIDIC SYSTEM FOR PULSED STIMULATION AND TIME COURSE ANALYSIS OF MAMMALIAN CELLS: IDENTIFICATION OF THE MINIMAL TNF-ALPHA PULSE DURATION FOR NF-KAPPAB ACTIVATION IN HELA CELLS
(M.3.85) A HIGH-THROUGHPUT DETERMINISTIC LATERAL DISPLACEMENT DEVICE FOR RAPID AND SENSITIVE FIELD-DIAGNOSIS OF SLEEPING SICKNESS
(T.7.160) “PEAK-TRACKING CHIP” (PTC) FOR BULK REFRACTIVE INDEX SENSING AND BIOARRAY SENSING
(T.1.11) CENTRIFUGAL MULTIPLEX FIXED-VOLUME DISPENSER (C-MUFID) ON A DISPOSALBE PLASTIC LAB-ON-A-DISK FOR BIOCHEMICAL ASSAYS
(W.2.41) A NOVEL MICROFLUIDIC DESIGN TO GENERATE MULTIPLEX GRADIENTS OF BIOMOLECULES BY VISULIZED BIOMOLECULE PATTERNING AND DIRECT CELL ADHESION
(W.1.23) RIGHT TRIANGULAR PRISM-SHAPED POLY(DIMETHYLSILOXANE) (PDMS) MICRODEVICE FOR MULTIPLEX PCR EMPLOYING A SINGLE HEATER
(W.1.22) HIGH-THROUGHPUT MUTIPLEXED PROTEASE ACTIVITY MEASUREMENT USING A DROPLET BASED MICROFLUIDIC PLATFORM WITH PICOINJECTOR
(T.2.61) FABRICATION OF OPTICAL AND GRAPHICAL CODES CONTAINED MICRODISK FOR MULTIPLEXED BIOASSAY
(2.A3-2) RAPID SOUTHERN-BLOT-TYPE ASSAYS USING BIDIRECTIONAL ISOTACHOPHORESIS
(M.2.31) ENCODED GEL PARTICLE ARRAY FOR RAPID, MULTIPLEXED PROTEIN DETECTION IN COMPLEX MEDIA
(M.2.45) AN INTEGRATED MICROFLUIDIC PROBE FOR MULTIPLEXED SINGLE CELL KINASE KINASE ACTIVITY MEASUREMENT
(W.3.78) MULTIPLEXED CELLS MICROPATTERNING USING CAPILLARY ASSEMBLY
(M.5.128) SIMPLE AND LOW-COST FABRICATION PROTOCOL FOR PRODUCING 100’S OF PNEUMATIC MICROVALVES IN ALL-PDMS SUBSTRATES FOR MICROFLUIDICS RESEARCH
(2.B1-3) MOSAIC HYDROGELS: ONE-STEP FORMATION OF MULTISCALE SOFT MATERIALS
(W.5.128) A MULTISCALE TRANSFER PRINTING WITH A HIERARCHICAL STAMP FOR SIMPLE GENERATION OF METALLIC NANOPATTERNS
(M.3.92) MULTISTEP BRANCHED-MICROCHANNEL NETWORK FOR PURITY-CONTROLLED BLOOD PLASMA SKIMMING
(T.3.94) SKELETAL MUSCLE TISSUE IMPROVEMENT BY CO-CULTURE SYSTEM IN GELATIN METHACRYLATE HYDROGEL
(W.3.72) BIOHYBRID MUSCLE FIBERS INTEGRATED IN ATHREE-DIMENSIONAL CELLULAR CONSTRUCT
(T.3.101) BIO-HYBRID CAPILLARY PULSATION DRIVEN BY A HEART MUSCLE OF INSECT
(M.3.77) HIGH-THROUGHPUT MUTAGENIZED CELL SCREENING SYSTEM CAPABLE OF SELECTIVE SINGLE CELL EXTRACTION
(2.C1-3) ARTIFICIAL DARWINIAN SELECTION TECHNOLOGY ON MICROARRAY CHIPS TOWARDS DIRECTED EVOLUTION USING SINGLE MOLECULE PROCESSING