Author Index
C
(W.2.39) DIELECTROPHORETIC (DEP) CYTOMETER: LABEL-FREE ELECTRONIC SENSING OF PHYSIOLOGICAL CHANGES IN CELLS
(T.2.33) A MEMBRANE MICROCONTACTOR AS A TOOL FOR SAMPLE PRE-TREATMENT OF PHARMACEUTICAL COMPOUNDS
(W.5.129) FAST PROTOTYPING OF µTAS BY DIRECT LASER WRITING
(M.2.35) HIGH THROUGHPUT AND PICOLITER-SCALE DRUG SCREENING WITH AUTOMATED DROPLET MICTROARRAY SYSTEM
(W.5.136) SUPERIOR DRY BONDING OF OFF-STOICHIOMETRY THIOL-ENE EPOXY (OSTE(+)) POLYMERS FOR HETEROGENEOUS MATERIAL LABS-ON-CHIP
(T.2.33) A MEMBRANE MICROCONTACTOR AS A TOOL FOR SAMPLE PRE-TREATMENT OF PHARMACEUTICAL COMPOUNDS
(T.3.89) MICROFLUIDIC CELL SORTER AIDED LIVE CELL SCREENING FOR IMPROVED FLUORESCENT PROTEIN
(M.5.140) MICROFLUIDIC POLYIMIDE CHIPS FABRICATED BY LAMINATION PROCESSES FOR X-RAY SCATTERING APPLICATIONS
(T.3.79) IN SITU MICROFLUIDIC BIOFUNCTIONALISATION TO FORM MULTIVALENT INTERACTIONS AND INVESTIGATE CELL ROLLING AND PHENOTYPE MODIFICATION
(3.C2-2) ZIF-COUPLED MICRORESONATOR FOR HIGHLY SENSITIVE AND SELECTIVE GAS DETECTION
(M.8.189) MICROFLUIDIC BIOMIMETIC ARTERIOLAR NETWORKS TO STUDY DRUG ELUTION FROM EMBOLISATION BEADS
(T.3.79) IN SITU MICROFLUIDIC BIOFUNCTIONALISATION TO FORM MULTIVALENT INTERACTIONS AND INVESTIGATE CELL ROLLING AND PHENOTYPE MODIFICATION
(3.B2-3) HIGH-RESOLUTION MICROPATTERNING OF OFF-STOCHIOMETRIC THIOL-ENES (OSTE) VIA A NOVEL LITHOGRAPHY MECHANISM
(M.5.130) A DOUBLE-SIDED MICROMOULDING PROCESS FOR REPRODUCIBLE MANUFACTURING OF THIN LAYERS AND 3D MICROCHANNELS IN PDMS
(M.5.137) RAPID PERMANENT HYDROPHILIC AND HYDROPHOBIC PATTERNING OF POLYMER SURFACES VIA OFF-STOICHIOMETRY THIOL-ENE (OSTE) PHOTOGRAFTING
(M.2.62) SMALL VOLUME HYPERMETHYLATED DNA ENRICHMENT FOR EPIGENETICS
(T.5.124) COMPUTER AIDED MICROFLUIDICS (CAMF) – HIGH-RESOLUTION PROJECTION LITHOGRAPHY FOR THE RAPID CREATION OF LARGE-SCALE MICROFLUIDIC STRUCTURES
(W.5.138) INKJET PRINTED FET FOR BIOSENSING APPLICATIONS
(W.8.188) INTEGRATED POLYMERIC LIGHT EMITTER FOR DISPOSABLE PHOTONIC LAB ON CHIP SYSTEMS
(T.1.5) FABRICATION OF DISPOSABLE ELECTROPHORESIS MICROCHIPS BASED ON USING OF COLORED TONER
(M.8.178) STATIONARY FLUIDICS: MOVING TARGET MOLECULES ON BEADS THROUGH NON-MOVING LIQUIDS FOR MOLECULAR DIAGNOSTIC ASSAYS
(4.A1-3) SIZE- AND DEFORMABILITY-BASED SORTING OF PARTICLES USING ASYNCHRONOUS LOGIC CIRCUITS
(M.8.189) MICROFLUIDIC BIOMIMETIC ARTERIOLAR NETWORKS TO STUDY DRUG ELUTION FROM EMBOLISATION BEADS
(T.2.50) THE ROLE OF MEMBRANE LIPID RAFTS IN OSTEOBLASTIC SENSING AND PROPAGATION OF MECHANICAL FORCES: A MICROFLUIDIC BASED SINGLE CELL ANALYSIS STUDY
(2.SS-1) NEW APPROACH FOR CHEMICAL –BIOLOGICAL CHARACTERISTICS OF MICRO ECOSYSTEM IN CORAL
(4.B1-2) SUSPENDED MICROFLUIDICS: AN OPEN AND USER-FRIENDLY TECHNOLOGY PLATFORM FOR HIGH-THROUGHPUT METABOLOMIC STUDIES
(T.8.186) VERIFAST: AN INTEGRATED SYSTEM FOR FLEXIBLE CTC ISOLATION AND ANALYSIS
(T.5.127) SURFACE TREATMENTS OF SOFT MOLDS FOR HIGH ASPECT RATIO MOLDING OF POLY-PEGDA
(M.5.140) MICROFLUIDIC POLYIMIDE CHIPS FABRICATED BY LAMINATION PROCESSES FOR X-RAY SCATTERING APPLICATIONS
(T.8.173) LAB-ON-A-SYRINGE DIAGNOSIS OF KAPOSI’S SARCOMA IN THE DEVELOPING WORLD
(M.3.93) DYNAMIC THREE-DIMENSIONAL MICROPATTERNED COCULTURE USING PHOTOCURABLE AND CHEMICALLY DEGRADABLE HYDROGELS FOR STEM CELL DIFFERENTIATION
(T.1.14) A MICROFLUIDIC CULTURE SYSTEM FOR ANALYSIS OF NEUROTOXICITY OF OLIGOMERIC ASSEMBLIES OF AMYLOID BETA PROTEINS
(M.8.189) MICROFLUIDIC BIOMIMETIC ARTERIOLAR NETWORKS TO STUDY DRUG ELUTION FROM EMBOLISATION BEADS
(T.2.50) THE ROLE OF MEMBRANE LIPID RAFTS IN OSTEOBLASTIC SENSING AND PROPAGATION OF MECHANICAL FORCES: A MICROFLUIDIC BASED SINGLE CELL ANALYSIS STUDY
(1.B1-3) IN-CELL WESTERNTM ON DIGITAL MICROFLUIDICS FOR ANALYSIS OF SIGNALING PATHWAYS IN SINGLE CELLS
(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.3.89) TUNABLE STANDING SURFACE ACOUSTIC WAVES ACTIVATED CELL SORTING
(W.9.195) PHOTOCATALYTIC MICROFLUIDIC REACTOR WITH A NOVEL COMPOUND CATALYST FILM USING SOLAR ENERGY
(W.9.195) PHOTOCATALYTIC MICROFLUIDIC REACTOR WITH A NOVEL COMPOUND CATALYST FILM USING SOLAR ENERGY
(M.6.155) MICROFLUIDIC SYNTHESIS OF MULTI-LAYER NANOPARTICLES FOR DRUG & GENE DELIVERY
(W.3.68) GENERATION OF DYNAMIC MICROENVIRONMENT IN A HYDROGEL-BASED MICROFLUIDIC DEVICE FOR CELL CULTURE STUDY
(W.8.184) MICROFLUIDIC ELECTRIC IMPEDANCE SPECTROSCOPY FOR MALARIA DIAGNOSIS
(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
(W.3.76) AN OPTICAL-INDUCED PLATFORM FOR MULTIPLE GENES TRANSFECTION
(T.2.54) STABLE GENERATION OF MULTIPLE CHEMICAL GRADIENTS USING IN-SITU FORMED NANOPOROUS MEMBRANES
(M.2.48) HIGH YIELD CELL FUSION CHIP VIA HYDRODYNAMIC APPROACH AND 3D LIQUID METAL ELECTRODES
(M.3.97) ENCAPSULATION OF CELLS TO FEIGN VASCULAR NETWORK FOR LIVER TISSUE ENGINEERING
(T.5.144) LIVER SPECIFIC FUNCTION ENHANCEMENT BY MICROVASCULAR SYSTEM INTEGRATED WITHIN A LAB-ON-CHIP DEVICE
(T.2.56) A BRONCHIAL EPITHELIUM-MIMETIC MICROFLUIDIC CHIP SYSTEM FOR INVESTIGATING MICROENVIRONMENTAL CHANGE-INDUCED INFLAMMATORY PROCESS
(T.5.144) LIVER SPECIFIC FUNCTION ENHANCEMENT BY MICROVASCULAR SYSTEM INTEGRATED WITHIN A LAB-ON-CHIP DEVICE
(M.1.16) A DROPLET-BASED MICROFLUIDIC SYSTEM FOR HIGH-THROUGHPUT SCREENING OF PHOTOSENSITISERS AGAINST MICROBIAL ORGANISMS
(M.7.164) HIGH-THROUGHPUT ANALYSIS OF PROTEIN-PROTEIN INTERACTIONS IN DROPLET-BASED MICROFLUIDICS USING FLUORESCENCE POLARIZATION
(M.8.186) A MICROFLUIDIC DEVICE FOR EXPOSING TUMOR BIOPSY TISSUE TO MULTIPLE DRUGS
(T.9.194) NANO DESALINATOR BY ELECTROSTATIC ION SIEVING FOR LOW-POWER WATER PURIFICATION
(M.9.198) MULTIPLE PATHOGEN DETECTION FOR POULTRY BY ULTILIZING INTEGRATED MICROFLUIDIC SYSTEM
(1.B2-2) DROPLET-BASED LIQUID-LIQUID EXTRACTION AND ON-CHIP IR-WAVEGUIDE-SPECTROSCOPY DETECTION OF COCAINE IN HUMAN SALIVA
(W.6.152) OPTICAL MAPPING OF TRANSCRIPTIONAL FACTOR BINDING SITES ON SINGLE DNA MOLECULES USING NANOFLUIDIC DEVICES
(M.2.61) SIZE BASED NANOPARTICLE SEPARATION USING DIELECTROPHORETIC FOCUSING FOR FEMTOSECOND NANOCRYSTALLOGRAPHY OF MEMBRANE PROTEINS
(M.2.31) ENCODED GEL PARTICLE ARRAY FOR RAPID, MULTIPLEXED PROTEIN DETECTION IN COMPLEX MEDIA
(M.4.109) FLOW FIELD EFFECT TRANSISTOR WITH POLARISABLE INTERFACE FOR ENHANCED SAMPLE SORTING IN MICRO-TAS
(W.5.126) FABRICATION OF A LABEL-FREE MICROMECHANICAL CAPACITIVE BIOSENSOR AND INTEGRATION WITH µPCR TOWARDS A LoC FOR DISEASE DIAGNOSIS
(W.9.200) INTERDIGITATED EVAPORATION CHIP FOR EFFICIENT SOLVENT EXCHANGE IN MICROCHANNELS
(M.1.13) NANOBUBBLES AND GAS DYNAMICS DURING CAPILLARY FILLING OF NANOCHANNELS
(M.8.182) MICROFLUIDIC SAMPLE PREPARATION OF PLEURAL EFFUSIONS FOR CYTODIAGNOSTICS
(M.4.109) FLOW FIELD EFFECT TRANSISTOR WITH POLARISABLE INTERFACE FOR ENHANCED SAMPLE SORTING IN MICRO-TAS
(T.8.190) KINETICS OF INSULIN ADSORPTION FROM REAL TIME OF MEASUREMENTS IN A MICROFLUIDIC CHIP
(T.3.96) THREE-DIMENSIONAL MECHANICAL COMPRESSION OF BIOMATERIALS IN A MICROFABRICATED BIOREACTOR WITH ON-CHIP STRAIN SENSORS
(W.1.22) HIGH-THROUGHPUT MUTIPLEXED PROTEASE ACTIVITY MEASUREMENT USING A DROPLET BASED MICROFLUIDIC PLATFORM WITH PICOINJECTOR
(M.3.82) A MASS-PRODUCIBLE FILTRATION CHIP FOR ISOLATION OF CIRCULATING TUMOR CELLS FROM HUMAN BLOOD
(T.1.8) A MULTIFUNCTIONAL VENT VALVE SYSTEM IN A CENTRIFUGAL MICROFLUIDIC PLATFORM
(W.8.190) SEAMLESS MULTI-FLUORESCENCE LABELING IN A MICROFLUIDIC DISK VIA DETERMINISTIC VENT VALVES
(T.8.171) ELECTRONIC MICROFLUIDIC BIOCHIPS WITH IMMUNE-LIKE BIOSENSORS FOR RAPID DETECTION OF C-REACTIVE PROTEIN IN HUMAN SERUM
(M.1.27) ADDRESSABLE LIGHT-INDUCED HEAT KNOCKDOWN (aLINK) FOR CAENORHABDITIS (C.) ELEGANS IMMOBILIZATION
(4.A2-3) SPERM QUALITY ASSESSMENT VIA SEPARATION AND SEDIMENTATION IN A MICROFLUIDIC DEVICE
(M.3.82) A MASS-PRODUCIBLE FILTRATION CHIP FOR ISOLATION OF CIRCULATING TUMOR CELLS FROM HUMAN BLOOD
(T.5.138) FABRICATION OF PAPER-BASED MICROFLUIDIC DEVICES BY OCTADECYLTRICHLOROSILANE SELF-ASSEMBLING AND UV-PATTERNING
(M.2.48) HIGH YIELD CELL FUSION CHIP VIA HYDRODYNAMIC APPROACH AND 3D LIQUID METAL ELECTRODES
(M.3.97) ENCAPSULATION OF CELLS TO FEIGN VASCULAR NETWORK FOR LIVER TISSUE ENGINEERING
(M.3.73) BIO-INSPIRED MICROSCALE TOPOGRAPHIES ON DRIE DEFINED TITANIUM SURFACE FOR SOFT TISSUE REGENERATION IN IMPLANT DENTISTRY
(M.2.48) HIGH YIELD CELL FUSION CHIP VIA HYDRODYNAMIC APPROACH AND 3D LIQUID METAL ELECTRODES
(T.3.96) THREE-DIMENSIONAL MECHANICAL COMPRESSION OF BIOMATERIALS IN A MICROFABRICATED BIOREACTOR WITH ON-CHIP STRAIN SENSORS
(3.C2-3) THE IMPLEMENTATION OF POLYSILICON NANOWIRE BASED BIOMOLECULAR SENSOR SYSTEM-ON-CHIP
(M.4.106) EFFECT OF BLOOD CELL SEDIMENTATION ON IMMUNOMAGNETIC ISOLATION OF CIRCULATING TUMOR CELLS IN MICROFLUIDIC CHANNELS
(T.3.88) PATTERNED NANOMAGNETS ON-CHIP FOR SCREENING CIRCULATING TUMOR CELLS IN BLOOD
(T.6.152) MANIPULATION OF HUMAN MESENCHYMAL STEM CELLS BY MULTIFUNCTIONAL GRAPHENE-PEDOT MICROELECTRODE ARRAYS
(M.3.81) HIGH RESOLUTION SIZE BASED MICRO PARTICLE/CELL SEPARATOR WITH TRAPEZOIDAL CROSS SECTION SPIRAL MICROCHANNELS
(M.1.24) AUTOMATED INJECTION FROM EWOD DIGITAL MICROFLUIDIC CHIP INTO HPLC PURIFICATION SYSTEM
(M.3.73) BIO-INSPIRED MICROSCALE TOPOGRAPHIES ON DRIE DEFINED TITANIUM SURFACE FOR SOFT TISSUE REGENERATION IN IMPLANT DENTISTRY
(M.4.116) MULTI-STEP ORGANIC SYNTHESIS OF FOUR DIFFERENT MOLECULAR PROBES IN DIGITAL MICROFLUIDIC DEVICES
(W.4.115) PLANAR ALUMINA PURIFICATION OF 18F-LABELED RADIOTRACER SYNTHESIS ON EWOD CHIP FOR POSITRON EMISSION TOMOGRAPHY (PET)
(T.2.36) ELECTRICALLY MEDIATED GENE DELIVERY AND THEIR DIFFUSION MECHANISM ON LOCALIZED SINGLE CELL USING ITO MICROELECTRODE BASED TRANSPARENT CHIP
(T.5.145) ON-DEMAND DRUG RELEASE DEVICE: AN ELECTROPHORETIC APPROACH
(T.8.171) ELECTRONIC MICROFLUIDIC BIOCHIPS WITH IMMUNE-LIKE BIOSENSORS FOR RAPID DETECTION OF C-REACTIVE PROTEIN IN HUMAN SERUM
(W.3.82) EFFICIENT ISOLATION OF TUMOR CELLS IN WHOLE BLOOD USING APTAMERS IMMOBILIZED IN A DEVICE
(T.2.36) ELECTRICALLY MEDIATED GENE DELIVERY AND THEIR DIFFUSION MECHANISM ON LOCALIZED SINGLE CELL USING ITO MICROELECTRODE BASED TRANSPARENT CHIP
(T.5.144) LIVER SPECIFIC FUNCTION ENHANCEMENT BY MICROVASCULAR SYSTEM INTEGRATED WITHIN A LAB-ON-CHIP DEVICE
(T.2.45) AN INTEGRATED MICROFLUIDIC PLATFORM FOR IN-SITU CELLULAR CYTOKINE SECRETION IMMUNOPHENOTYPING
(W.3.96) MICROMECHANICAL ELASTOMERIC DEVICES FOR INVESTIGATIONS OF MECHANOBIOLOGY IN HUMAN EMBRYONIC STEM CELLS
(W.5.142) SURFACE MICROMACHINING OF POLYDIMETHYLSILOXANE (PDMS) FOR MICROFLUIDIC BIOMEDICAL APPLICATIONS
(M.3.89) 3D PULSED LASER TRIGGERED HIGH SPEED MICROFLUIDIC FLUORESCENCE ACTIVATED CELL SORTER
(T.3.70) PHENOTYPIC MODULATION OF PLURIPOTENT STEM CELLS (PSCs) INDUCED BY MICROFABRICATION MATERIALS
(T.6.155) ALIGNING NANOWIRES BY STANDING SURFACE ACOUSTIC WAVES
(W.3.77) DIRECTED MIGRATION OF CELLS IN CONTACT WITH ANISOTROPIC MICROSTRUCTURES
(W.7.165) HIGH THROUGHPUT FLUORESCENCE BASED FLOW CYTOMETER USING 3D MICROFLUIDICS FOR PARALLEL SHEATH FLOW FOCUSING AND EMBEDED HIGH N.A. MICROLENS
(W.8.191) SLIDABLE AND VALVELESS POLYMERASE CHAIN REACTION–CAPILLARY ELECTROPHORESIS MICRODEVICE FOR PATHOGEN DETECTION
(2.A1-3) SINGLE CELL SUSPENSION CULTURE USING POLYHEMA COATING FOR ANOIKIS ASSAY AND SPHERE FORMATION
(T.2.38) LYMPHATIC CAPILLARY INVASION ASSAY BY A SINGLE CELL MIGRATION CHIP
(W.3.66) A MICROFLUIDIC WOUND-HEALING ASSAY TO STUDY ENDOTHELIAL CELL PROLIFERATION AND MIGRATION UNDER OXYGEN GRADIENTS
(T.2.55) 3D CIRCULATORY PERFUSION-CULTURE SYSTEM BY USING HIGH EFFICIENCY PROPORTIONAL CELL CONTACT
(T.3.92) TRAPPING SINGLE CELLS IN MICROFLUIDIC DEAD ZONE BY USING PEG-BASED OPTOELECTRONIC TWEEZERS FOR IMMUNE ACTIVITY
(T.8.171) ELECTRONIC MICROFLUIDIC BIOCHIPS WITH IMMUNE-LIKE BIOSENSORS FOR RAPID DETECTION OF C-REACTIVE PROTEIN IN HUMAN SERUM
(T.9.200) MICROFLUIDIC MICROBIAL FUEL CELLS FOR RAPID SCREENING OF ELECTROACTIVE MICROORGANISMS
(M.5.136) COMPLEX MODULUS OF PDMS AND ITS APPLICATION IN CELLULAR FORCE MEASUREMES
(T.4.116) INTEGRATED HEATING AND COOLING MULTI-ZONE SILICON MICROREACTOR (MZSM) FOR INCREASED MONODISPERSITY IN TiO2 NANOPARTICLE SYNTHESIS
(M.2.47) A MULTIPLE-ELECTRIC-FIELD MICROFLUIDIC CHIP WITH UNIFORM FLOW FIELD FOR STUDY OF LUNG ADENOCARCINOMA CELL ELECTROTAXIS
(M.5.134) THIN FILM PATTERNING USING A WATER-SOLUBLE ETCH MASK
(M.4.124) FLOW-THROUGH MICROFLUIDIC DIGITAL IMPEDANCE DETECTION
(W.3.71) MICROSCALE CULTURE AND ENRICHMENT OF CANCER STEM CELLS FOR DRUG DEVELOPMENT
(M.3.100) GENERATION AND ASSEMBLY OF CELL-LADEN HYDROGELS ON A DIGITAL MICROFLUIDIC PLATFORM
(M.3.98) CELL-LADEN MICROGELS ASSEMBLY BY DIELECTROPHORESIS
(4.A2-3) SPERM QUALITY ASSESSMENT VIA SEPARATION AND SEDIMENTATION IN A MICROFLUIDIC DEVICE
(M.9.197) ION-SELECTIVE MEMBRANE FORMED IN A MICROFLUIDIC CHIP UTILIZING SURFACE TENSION FORCE FOR HIGH SENSITIVE AMMONIA ION SENSING
(4.B2-1) RECORDING SIGNAL TRANSDUCTION DYNAMICS WITH UNPRECEDENTED TEMPORAL RESOLUTION
(M.8.180) DNA MELTING CURVE ANALYSIS ON SEMI-TRANSPARENT THIN FILM MICROHEATER ON FLEXIBLE LAB-ON-FOIL SUBSTRATE
(M.7.163) BACTERIAL SENSING USING PHAGE-FUNCTIONALIZED WHISPERING GALLERY MICROCAVITIES
(2.A3-4) ONE-STEP ISOLATION OF TRANSITORY PROTEIN COMPLEXES WITH IFAST
(T.7.164) NANO-OPTOFLUIDIC WAVEGUIDES WITH SUPER-RESOLUTION LIQUID GAP COUPLING FOR BIOMOLECULAR APPLICATIONS
(W.4.114) RAPID BACTERIOPHAGE DETECTION VIA HOST CELL AMPLICATION IN A DROPLET-BASED OPTOFLUIDIC SYSTEM
(W.7.164) MONITORING ACOUSTIC BUBBLE OSCILLATIONS WITH AN OPTOFLUIDIC INTERFEROMETER
(2.C2-2) HIERARCHICAL TIO2 BRUSH TYPE NANOSTRUCTURES FOR EFFICIENT PHOTOELECTROCHEMICAL WATER SPLITTING
(W.1.29) MONODISPERSE DROPLET GENERATION USING ELECTRICAL PULSES
(M.2.53) MICROFLUIDIC INTEGRATED OPTOELECTRONIC TWEEZERS FOR SINGLE-CELL SAMPLE PREPARATION AND ANALYSIS
(M.3.89) 3D PULSED LASER TRIGGERED HIGH SPEED MICROFLUIDIC FLUORESCENCE ACTIVATED CELL SORTER
(W.7.165) HIGH THROUGHPUT FLUORESCENCE BASED FLOW CYTOMETER USING 3D MICROFLUIDICS FOR PARALLEL SHEATH FLOW FOCUSING AND EMBEDED HIGH N.A. MICROLENS
(M.1.27) ADDRESSABLE LIGHT-INDUCED HEAT KNOCKDOWN (aLINK) FOR CAENORHABDITIS (C.) ELEGANS IMMOBILIZATION
(M.6.154) WASHING-FREE ALL-IN-ONE IMMUNOSTAINING REACTION OF MULTI-STEP QUANTUM DOT LABELING REAGENTS
(T.5.126) FLEXIBLE AND FREE-STANDING POLYMERIC MEMBRANES WITH MULTI-DIMENSIONAL PORES FOR A MICROFLUIDIC APPLICATION
(W.5.128) A MULTISCALE TRANSFER PRINTING WITH A HIERARCHICAL STAMP FOR SIMPLE GENERATION OF METALLIC NANOPATTERNS
(W.9.200) INTERDIGITATED EVAPORATION CHIP FOR EFFICIENT SOLVENT EXCHANGE IN MICROCHANNELS
(M.1.16) A DROPLET-BASED MICROFLUIDIC SYSTEM FOR HIGH-THROUGHPUT SCREENING OF PHOTOSENSITISERS AGAINST MICROBIAL ORGANISMS
(M.4.118) STRAIGHTFORWARD MODULATION OF TWO DIMENSIONALLY FEATURED MICROFIBERS USING OPTOFLUIDIC SYSTEM FOR MULTIPLEX IMMUNOASSAYS
(M.1.20) WIRELESS EWOD (ELECTROWETTING-ON-DIELECTRIC) DEVICE USING PLANAR COILS
(3.A2-1) NEURAL STEM CELL DIFFERENTIATION IN VASCULAR MICROENVIRONMENT
(4.A1-1) DEFORMATION ANALYSIS OF INDIVIDUAL RED BLOOD CELLS IN LARGE POPULATIONS USING A SINGLE CELL MICROCHAMBER ARRAY (SiCMA) CHIP
(M.2.36) 3D TUMOR SPHEROID CHIP USING BALANCED DROPLET DISPENSING FOR PHARMACOKINETIC DRUG ELIMINATION MODEL
(W.3.91) A SIZE-DEPENDENT CELL CAPTURE AND RELEASE CHIP USING MULTIPLE VARIABLE MEMBRANE BARRIERS
(T.1.1) WATER DROPLET MANIPULATION BY TUNABLE WETTING ON SMART POLYMER AT ULTRA-LOW VOLTAGES
(T.2.54) STABLE GENERATION OF MULTIPLE CHEMICAL GRADIENTS USING IN-SITU FORMED NANOPOROUS MEMBRANES
(W.3.83) ISOLATION OF CIRCULATING TUMOR CELLS FROM WHOLE BLOOD USING IMMUNOMAGNETIC NANOBEADS AND LATERAL MAGNETOPHORESIS
(M.8.187) RAPID ANTIBIOTIC SUSCEPTIBILITY TEST BASED ON THE MICROFLUIDIC AGAROSE CHANNEL WITH SINGLE CELL IMAGING PROCESS
(W.2.33) CONTROLLED DRUG RELEASE ANALYSIS OF MONOSIZED DRUG-LOADED PLGA MICROPARTICLES BY LIGAND-SENSITIZED FLUORESCENCE
(M.3.70) FABRICATION OF A CIRCULAR PDMS MICROCHANNEL TO CONSTRUCT 3D CULTURE MICROSYSTEM
(T.1.24) MULTIPLEX SNP ANALYSIS MICRODEVICE USING ALLELE-SPECIFIC POLYMERASE CHAIN REACTION-MICROARRAY
(W.8.191) SLIDABLE AND VALVELESS POLYMERASE CHAIN REACTION–CAPILLARY ELECTROPHORESIS MICRODEVICE FOR PATHOGEN DETECTION
(M.7.164) HIGH-THROUGHPUT ANALYSIS OF PROTEIN-PROTEIN INTERACTIONS IN DROPLET-BASED MICROFLUIDICS USING FLUORESCENCE POLARIZATION
(1.B1-3) IN-CELL WESTERNTM ON DIGITAL MICROFLUIDICS FOR ANALYSIS OF SIGNALING PATHWAYS IN SINGLE CELLS
(T.8.184) A DIGITAL MICROFLUIDIC APPROACH TO OIL-FREE MAGNETIC PARTICLE-BASED IMMUNOASSAYS
(M.2.51) CELL ROLLING CYTOMETER FOR CHARACTERIZING DYNAMIC ADHESION OF MESENCHYMAL STEM CELLS
(W.8.186) FULLY INTEGRATED ROTARY GENETIC ANALYSIS SYSTEM
(W.5.130) GRAPHENE NANOSIEVE USING BLOCK COPOLYMER LITHOGRAPHY AND ITS APPLICATION TO SEPARATION OF HEMOGLOBIN PROTEIN AND IMMUNOGLOBLIN G
(M.8.179) INTEGRATED BLOOD PRETREATMENT MODULE OF DUAL FUNCTION USING ANTI-BLOOD SERUM AND ALBUMIN-ADSORPTION BEADS
(T.4.110) MAGNETICALLY-ACTUATED BLOOD FILTER UNIT ATTACHABLE TO BIOCHIPS
(T.1.14) A MICROFLUIDIC CULTURE SYSTEM FOR ANALYSIS OF NEUROTOXICITY OF OLIGOMERIC ASSEMBLIES OF AMYLOID BETA PROTEINS
(W.3.100) MICROFLUDICS SPINNING OF FLAT FIBER WITH MICRO GROOVES FOR CELL-ALIGNING SCAFFOLDS
(W.3.100) MICROFLUDICS SPINNING OF FLAT FIBER WITH MICRO GROOVES FOR CELL-ALIGNING SCAFFOLDS
(M.6.152) ELECTRODE NANOGAP ENHANCED AND DIELECTROPHORESIS-ENABLED RAMAN SPECTROSCOPY OF SINGLE BIOMOLECULES WITH SIMULTANEOUS REAL-TIME ELECTRONIC MONITORING
(W.6.152) OPTICAL MAPPING OF TRANSCRIPTIONAL FACTOR BINDING SITES ON SINGLE DNA MOLECULES USING NANOFLUIDIC DEVICES
(4.C1-3) FABRICATION AND DEMONSTRATION OF ULTRA-SENSITIVE AND FAST FLUORESCENCE IMMUNOASSAY USING NOVEL NANOPLASMONIC SENSOR INSIDE MICROFLUIDIC CHANNELS
(T.3.71) DISTINCT AUTO-REGULATION OF EMBRYONIC STEM CELL BEHAVIOR BY CELL-SECRETED SOLUBLE FACTORS IN A MEMBRANE-BASED TWO-CHAMBERED MICROBIOREACTOR
(M.3.74) ANALYSIS OF TRAPPING AND STREAMING IN AN ULTRASOUND-ACTUATED MULTI-WELL MICROPLATE FOR SINGLE-CELL STUDIES
(W.2.40) CHARACTERIZATION OF NATURAL KILLER CELLS’ CYTOTOXIC HETEROGENEITY USING AN ARRAY OF SONO-CAGES
(1.C2-1) MIICROFLUIDIC-BASED OIL-IMMERSION LENSES FOR HIGH RESOLUTION MICROSCOPY
(M.5.134) THIN FILM PATTERNING USING A WATER-SOLUBLE ETCH MASK
(T.6.152) MANIPULATION OF HUMAN MESENCHYMAL STEM CELLS BY MULTIFUNCTIONAL GRAPHENE-PEDOT MICROELECTRODE ARRAYS
(T.1.28) NANOPARTICLE CRYSTAL BASED NANOFLUIDIC BIOSENSOR AND ITS SIGNAL ENHANCEMENT
(M.6.152) ELECTRODE NANOGAP ENHANCED AND DIELECTROPHORESIS-ENABLED RAMAN SPECTROSCOPY OF SINGLE BIOMOLECULES WITH SIMULTANEOUS REAL-TIME ELECTRONIC MONITORING
(M.1.27) ADDRESSABLE LIGHT-INDUCED HEAT KNOCKDOWN (aLINK) FOR CAENORHABDITIS (C.) ELEGANS IMMOBILIZATION
(M.3.82) A MASS-PRODUCIBLE FILTRATION CHIP FOR ISOLATION OF CIRCULATING TUMOR CELLS FROM HUMAN BLOOD
(M.2.42) MULTIWELL PLATE READER-COMPATIBLE MICROFLUIDIC SYSTEM FOR LONG-TERM MULTICELLULAR SPHEROID CULTURE AND MONITORING
(T.3.102) PHOTODYNAMIC THERAPY PROCEDURES ON LUNG CARCINOMA AND NORMAL CELLS COCULTURE IN THE MICROFLUIDIC SYSTEM
(T.9.194) NANO DESALINATOR BY ELECTROSTATIC ION SIEVING FOR LOW-POWER WATER PURIFICATION
(M.1.14) CONTROL OF INTERPARTICLE SPACING USING STRUCTURED MICROFLUIDIC CHANNELS
(M.1.18) DIGITAL READOUT PLATFORM FOR WATER-IN-OIL DROPLET IMMUNOASSAYS RUNNING ON A CELL-PHONE FOR POINT OF CARE VIRAL LOAD SENSING
(M.8.179) INTEGRATED BLOOD PRETREATMENT MODULE OF DUAL FUNCTION USING ANTI-BLOOD SERUM AND ALBUMIN-ADSORPTION BEADS
(T.4.110) MAGNETICALLY-ACTUATED BLOOD FILTER UNIT ATTACHABLE TO BIOCHIPS
(T.8.181) HANDHELD ANALYZER WITH DISPOSALBE LAB-ON-CHIPS FOR ELECTRICAL DETECTION OF ANESTHETIC PROPOFOL IN HUMAN SERUM
(3.A2-1) NEURAL STEM CELL DIFFERENTIATION IN VASCULAR MICROENVIRONMENT
(M.2.56) HYDRODYNAMIC EFFECTS ON DEVELOPMENT OF MAT-LIKE BIOFILM IN A MICROFLUIDIC ENVIRONMENT
(T.3.98) SELF-VASCULAIZING THREE DIMENSIONAL COLLAGEN BY RECOMBINANT BACTERIOPHAGES
(W.3.97) THE EFFECT OF EXTRACELLULAR MATRIX ON ACTIVATION OF ATROCYTE IN 3D CO-CULTURE CHIP FOR NERVE INJURY MODEL
(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
(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
(T.8.188) HIGHLY FAST REAL-TIME PCR SYSTEM BASED ON RAPID THERMAL CYCLER AND 2-COLOR SCANNING OPTIC MODULE
(W.5.134) A LOW-COST VALVE AND PUMP WITH POLYPROPYLENE (PP) FABRICATED BY UV/OZONE-ASSISTED THERMAL FUSION BONDING
(3.B2-1) DYNAMICALLY PROGRAMMABLE PARYLENE-C BONDING LAYER FLUORESCENCE FOR RE-WRITABLE DATA STORAGE ON A MICROFLUIDIC CHIP
(W.4.103) “ELISA-CIEF” USING CAPILLARY-BASED MICRODEVICE: HIGHLY-SENSITIVE ELISA BASED ON CAPILLARY-ISOELECTRIC FOCUSING OF ENZYME REACTION PRODUCT
(T.2.40) DEFORMABILITY CYTOMETRY OF EMBRYONIC STEM CELLS REVEALS CONSISTENT MECHANICAL PROPERTIES ACROSS CELL LINES
(W.2.61) SILICON NANO TWEEZERS FOR REAL TIME BIOMECHANICAL ASSAY ON DNA DAMAGE BY THERAPEUTIC RADIATION BEAMS
(M.2.51) CELL ROLLING CYTOMETER FOR CHARACTERIZING DYNAMIC ADHESION OF MESENCHYMAL STEM CELLS
(2.B3-1) WHY IS THE MINIMUM UNIT OF LIFE A CELL? : BUILDING AN “RNA WORLD” MODEL PROTOCELL USING DROPLET-BASED MICROFLUIDICS
(W.8.177) CENTRIFUGAL MICROFLUIDIC SYSTEM FOR RAPID, LOW-COST HIV DIAGNOSIS: CD4+ T-CELL COUNTING USING AN INTEGRATED DVD PLATFORM
(W.6.155) MECHANICAL EFFECT OF CALIX[N]ARENE CAPPED SILVER NANOPARTICLES ON DNA MEASURED WITH SILICON NANO TWEEZERS
(T.1.15) PERFORMANCES OF HIGH-K DIELECTRIC MATERIALS (Al2O3, HfO2, ZrO2) FOR LIQUID DIELECTROPHORESIS (LDEP) MICROFLUIDIC DEVICES
(W.2.61) SILICON NANO TWEEZERS FOR REAL TIME BIOMECHANICAL ASSAY ON DNA DAMAGE BY THERAPEUTIC RADIATION BEAMS
(W.6.155) MECHANICAL EFFECT OF CALIX[N]ARENE CAPPED SILVER NANOPARTICLES ON DNA MEASURED WITH SILICON NANO TWEEZERS
(W.7.161) CONTINUOUS REAL-TIME MONITORING OF MOLECULAR DETECTION BY SILICON NANOTWEEZERS-INTEGRATED MICROFLUIDIC DEVICE
(W.3.101) ON CHIP SPATIOTEMPORAL ELECTRIC FIELD SHAPING TO LOCALLY ELECTROPORATE CELL MARKERS INTO MOUSE EMBRYONIC TISSUES
(M.3.96) BONE MARROW-ON-A-CHIP
(M.8.184) FABRICATION OF CAPILLARY-DRIVEN TONER-BASED MICROFLUIDIC DEVICES FOR CLINICAL DIAGNOSTICS WITH COLORIMETRIC DETECTION
(T.1.5) FABRICATION OF DISPOSABLE ELECTROPHORESIS MICROCHIPS BASED ON USING OF COLORED TONER
(W.2.43) FOUR-STAGE MECHANISTIC MODEL OF DYNAMIC PLATELET AGGREGATION IN A MICROFLUIDIC CHIP
(T.5.127) SURFACE TREATMENTS OF SOFT MOLDS FOR HIGH ASPECT RATIO MOLDING OF POLY-PEGDA
(W.2.32) INTEGRATION OF TRANSCRIPTOMIC, PROTEOMIC AND METABOLOMIC PROFILES IN MICROFLUIDIC BIOARTIFICIAL ORGANS APPLIED TO MECHANISTIC INTERPRETATION OF ACETAMINOPHEN INJURY
(M.1.18) DIGITAL READOUT PLATFORM FOR WATER-IN-OIL DROPLET IMMUNOASSAYS RUNNING ON A CELL-PHONE FOR POINT OF CARE VIRAL LOAD SENSING
(W.3.85) FULLY AUTOMATED IMMUNOMAGNETIC LAB-ON-CHIP FOR RARE CANCER CELLS SORTING, ENUMERATION AND IN-SITU ANALYSIS
(M.5.140) MICROFLUIDIC POLYIMIDE CHIPS FABRICATED BY LAMINATION PROCESSES FOR X-RAY SCATTERING APPLICATIONS
(T.3.79) IN SITU MICROFLUIDIC BIOFUNCTIONALISATION TO FORM MULTIVALENT INTERACTIONS AND INVESTIGATE CELL ROLLING AND PHENOTYPE MODIFICATION
(T.1.21) AUTOMATED SYSTEM FOR RAPID GENERATION AND TRANSPORT OF LIBRARIES OF NANOLITER DROPLETS
(4.A2-1) PORTABLE LAB-ON-A-DISC SYSTEM INTEGRATING PHOTO-SWITCHABLE MICRO-VALVES FOR IN-SITU AQUATIC ENVIRONMENTAL MONITORING