Keyword Index
B
(W.2.54) HIGH-THROUGHPUT LINEAGE TREE INVESTIGATIONS OF BACTERIA MICROCOLONIES USING ARRAYS OF MONOLAYER GROWTH CHAMBERS
(M.2.56) HYDRODYNAMIC EFFECTS ON DEVELOPMENT OF MAT-LIKE BIOFILM IN A MICROFLUIDIC ENVIRONMENT
(T.2.48) SAMPLE PREPARATION FOR SINGLE-CELL WHOLE CHROMOSOME ANALYSIS
(T.2.54) STABLE GENERATION OF MULTIPLE CHEMICAL GRADIENTS USING IN-SITU FORMED NANOPOROUS MEMBRANES
(T.4.117) CHEMICAL SCREENING FOR SINGLE BACTERIAL ACTIVITY USING BACTERIA IMMOBILIZATION INTO MICROPOROUS
(M.2.44) REAL-TIME DETECTION OF BACTERIAL BIOFILM GROWTH USING SURFACE PLASMON RESONANCE IMAGING
(M.3.80) ACOUSTIC TRAPPING EFFICIENCY OF NANOPARTICLES AND BACTERIA
(W.3.64) INDUCING BACTERIAL BIOFILM FORMATION BY FLUID FORCES USING A MICROFLUIDIC SHEAR ARRAY
(M.7.163) BACTERIAL SENSING USING PHAGE-FUNCTIONALIZED WHISPERING GALLERY MICROCAVITIES
(T.2.46) HYDROGEL-FREE AND PUMP-LESS MICROFLUIDIC DEVICE FOR BACTERIAL CHEMOTAXIS UNDER CHEMICAL GRADIENT
(T.4.115) DISRUPTION OF BACTERIAL SPORES BY SUPERHEATING - A METHOD FOR FAST DNA RELEASE
(T.3.98) SELF-VASCULAIZING THREE DIMENSIONAL COLLAGEN BY RECOMBINANT BACTERIOPHAGES
(W.4.114) RAPID BACTERIOPHAGE DETECTION VIA HOST CELL AMPLICATION IN A DROPLET-BASED OPTOFLUIDIC SYSTEM
(1.A3-1) CIRCULAR MICROCHANNELS ENHANCE DIODICITY PERFORMANCE AT ULTRA-LOW REYNOLDS NUMBER FOR MICROFLUIDIC BEAD-BASED DIODES
(2.A2-2) BEAD-ASSISTED ACOUSTIC DIFFERENTIAL EXTRACTION OF SPERM CELLS IN DILUTE SAMPLES FOR POTENTIAL FORENSIC ANALYSES
(T.1.19) FIELD-FREE PARTICLE SEGREGATION AND EXTRACTION FOR BEAD-BASED ASSAYS IN PLUGS
(W.5.145) CODE-CHANGEABLE ENCODED MICROPARTICLES FOR MULTI-STEP BEAD-BASED ASSAY
(M.8.178) STATIONARY FLUIDICS: MOVING TARGET MOLECULES ON BEADS THROUGH NON-MOVING LIQUIDS FOR MOLECULAR DIAGNOSTIC ASSAYS
(W.2.59) CO-RELATION OF CELLULAR AND BEHAVIORAL RESPONSES OF CAENORHABDITIS ELEGANS TO PULSE DC ELECTRIC FIELDS
(T.5.134) PHOTO-IMMOBILIZATION OF CELLS FOR IN SITU DNA ANALYSIS
(T.4.113) YIELD IMPROVEMENT BY AN EFFECTIVE MICROREACTOR FOR PHOTOREACTIONS USING A BLACK ALUMINUM OXIDE CHANNEL SUBSTRATE
(4.B1-2) SUSPENDED MICROFLUIDICS: AN OPEN AND USER-FRIENDLY TECHNOLOGY PLATFORM FOR HIGH-THROUGHPUT METABOLOMIC STUDIES
(M.8.189) MICROFLUIDIC BIOMIMETIC ARTERIOLAR NETWORKS TO STUDY DRUG ELUTION FROM EMBOLISATION BEADS
(1.C3-2) MICROFLUIDIC PASSIVE PERMEABILITY ASSAY USING ARRAYED DROPLET INTERFACE MEMBRANES
(3.B1-2) A MEMS ISOTHERMAL TITRATION BIOCALORIMETER
(T.3.101) BIO-HYBRID CAPILLARY PULSATION DRIVEN BY A HEART MUSCLE OF INSECT
(M.3.71) RAPID CONSTRUCTION OF MULTILAYERED TISSUES ON CURVED SUBSTRATE BY WATER TRANSFER PRINTING
(M.3.66) MICRO IN-FOCAL CELL STRETCHING PLATFORM WITH PARALLEL PROGRAMMABLE CONTROL
(T.3.83) MULTI-COMPONENT SEPARATION CHIP UTILIZING MICROPILLAR ARRAYS IN SPLITLEVEL SPIRAL CHANNEL
(M.6.153) DEVELOPMENT OF METHOD FOR SIMULTANEOUS MEASUREMENT OF VISCOSITY AND SURFACE TENSION FORCE IN BIO-MIMETIC EXTENDED-NANO SPACE
(1.A1-2) CONTRACTILE SKELETAL MUSCLE MICROTISSUES IN MICROCHANNEL
(T.7.160) “PEAK-TRACKING CHIP” (PTC) FOR BULK REFRACTIVE INDEX SENSING AND BIOARRAY SENSING
(T.3.67) SEQUENTIAL ASSEMBLY OF THE FUNCTIONAL MATERIAL MICROPATTERNS ON THE HYDROGEL SHEET FOR CONSTRUCTING SKELETAL MUSCLE CELL-BASED ASSAY SYSTEM
(M.6.148) INTRANEURONAL TRANSPORT IN VITRO: DEVELOPMENT OF A HIGHLY SENSITIVE MICROTUBULE BASED ASSAY
(T.1.11) CENTRIFUGAL MULTIPLEX FIXED-VOLUME DISPENSER (C-MUFID) ON A DISPOSALBE PLASTIC LAB-ON-A-DISK FOR BIOCHEMICAL ASSAYS
(3.B1-2) A MEMS ISOTHERMAL TITRATION BIOCALORIMETER
(T.5.144) LIVER SPECIFIC FUNCTION ENHANCEMENT BY MICROVASCULAR SYSTEM INTEGRATED WITHIN A LAB-ON-CHIP DEVICE
(T.5.136) RAPID PHOTOCHEMICAL SURFACE PATTERNING OF PROTEINS IN THIOL-ENE BASED MICROFLUIDIC DEVICES
(T.5.140) SOLUTE DIFFUSION THROUGH THE FIBROTIC TISSUE FORMED AROUND A PROTECTIVE CAGE SYSTEM FOR IMPLANTABLE SENSORS
(W.3.99) BIOFABRICATION OF LIVING VESSEL STRUCTURES INTEGRATED WITH FLUID PERFUSION
(1.A1-3) IN VITRO GENERATION OF PANCREATIC PSEUDO-ISLETS USING FREE-STANDING MESH PATTERNED CELLULAR HYDROGEL
(T.2.51) MICROFLUIDIC DEVICES FOR INTEGRATED SYNCHRONIZATION AND ANALYSIS OF BACTERIA
(W.7.167) MONITORING BIOFILM GROWTH AND ACTIVITY USING A SCALABLE MULTICHANNEL ELECTROCHEMICAL BIOSENSOR
(W.3.64) INDUCING BACTERIAL BIOFILM FORMATION BY FLUID FORCES USING A MICROFLUIDIC SHEAR ARRAY
(M.2.44) REAL-TIME DETECTION OF BACTERIAL BIOFILM GROWTH USING SURFACE PLASMON RESONANCE IMAGING
(M.2.56) HYDRODYNAMIC EFFECTS ON DEVELOPMENT OF MAT-LIKE BIOFILM IN A MICROFLUIDIC ENVIRONMENT
(T.9.199) ENZYME-BASED BIOFUEL CELL DESIGNED FOR DIRECT POWER GENERATION FROM BIOFLUIDS IN LIVING ORGANISMS
(W.6.148) ORDERED MOLECULAR ASSEMBLY INSIDE CARBON NANOTUBE FOREST FILMS FOR HIGH-EFFICIENCY ENZYMATIC BIOFUEL CELL
(T.3.79) IN SITU MICROFLUIDIC BIOFUNCTIONALISATION TO FORM MULTIVALENT INTERACTIONS AND INVESTIGATE CELL ROLLING AND PHENOTYPE MODIFICATION
(W.2.62) ON-CHIP BIOLUMINECENCE ASSAY OF ATP AND KINASES USING IMMOBILIZED FIREFLY LUCIFERASE IN THREE-DIMENSIONAL MICROFLUIDIC CHIP
(W.2.32) INTEGRATION OF TRANSCRIPTOMIC, PROTEOMIC AND METABOLOMIC PROFILES IN MICROFLUIDIC BIOARTIFICIAL ORGANS APPLIED TO MECHANISTIC INTERPRETATION OF ACETAMINOPHEN INJURY
(T.3.96) THREE-DIMENSIONAL MECHANICAL COMPRESSION OF BIOMATERIALS IN A MICROFABRICATED BIOREACTOR WITH ON-CHIP STRAIN SENSORS
(M.3.76) MICRODEVICE FOR STUDYING INTERCELLULAR MECHANICAL TRANSDUCTION
(T.2.56) A BRONCHIAL EPITHELIUM-MIMETIC MICROFLUIDIC CHIP SYSTEM FOR INVESTIGATING MICROENVIRONMENTAL CHANGE-INDUCED INFLAMMATORY PROCESS
(M.2.55) MESENCHYMAL STEM CELLS PROMOTE THE INVASION IN SALIVARY GLAND CANCER ON THE BIOMIMETIC MICROSYSTEM
(M.8.189) MICROFLUIDIC BIOMIMETIC ARTERIOLAR NETWORKS TO STUDY DRUG ELUTION FROM EMBOLISATION BEADS
(M.3.73) BIO-INSPIRED MICROSCALE TOPOGRAPHIES ON DRIE DEFINED TITANIUM SURFACE FOR SOFT TISSUE REGENERATION IN IMPLANT DENTISTRY
(T.5.144) LIVER SPECIFIC FUNCTION ENHANCEMENT BY MICROVASCULAR SYSTEM INTEGRATED WITHIN A LAB-ON-CHIP DEVICE
(3.B1-2) A MEMS ISOTHERMAL TITRATION BIOCALORIMETER
(T.8.190) KINETICS OF INSULIN ADSORPTION FROM REAL TIME OF MEASUREMENTS IN A MICROFLUIDIC CHIP
(T.5.136) RAPID PHOTOCHEMICAL SURFACE PATTERNING OF PROTEINS IN THIOL-ENE BASED MICROFLUIDIC DEVICES
(1.C1-2) LABEL-FREE DETECTION OF REAL-TIME DNA AMPLIFICATION USING NANOWALL ARRAY STRUCTURES
(W.3.78) MULTIPLEXED CELLS MICROPATTERNING USING CAPILLARY ASSEMBLY
(M.2.39) HIGH-THROUGHPUT BIOPHYSICAL MEASUREMENT OF HUMAN RED BLOOD CELLS
(4.A1-2) LEUKOCYTE MECHANOPHENOTYPING BY DEFORMABILITY CYTOMETRY
(M.8.186) A MICROFLUIDIC DEVICE FOR EXPOSING TUMOR BIOPSY TISSUE TO MULTIPLE DRUGS
(1.A2-3) A PLATFORM FOR COMBINATORIAL MECHANOBIOLOGICAL STIMULATION OF ENGINEERED MICROTISSUES
(T.3.96) THREE-DIMENSIONAL MECHANICAL COMPRESSION OF BIOMATERIALS IN A MICROFABRICATED BIOREACTOR WITH ON-CHIP STRAIN SENSORS
(W.5.138) INKJET PRINTED FET FOR BIOSENSING APPLICATIONS
(T.9.195) MICROFLUIDIC GAS/LIQUID TOXICITY SENSING THROUGH THE CHEMOTAXIS OF EUGLENA CELLS CONFINED IN A MICRO-AQUARIUM
(T.7.168) MULTICHANNEL IMPEDIMETRIC BIOSENSOR PLATFORM FOR LABEL-FREE AFFINITY ASSAYS USING ELECTRICALLY CONDUCTIVE FUNCTIONAL POLYMERS
(T.1.28) NANOPARTICLE CRYSTAL BASED NANOFLUIDIC BIOSENSOR AND ITS SIGNAL ENHANCEMENT
(M.7.163) BACTERIAL SENSING USING PHAGE-FUNCTIONALIZED WHISPERING GALLERY MICROCAVITIES
(W.9.194) MICRO KINETIC EXCLUSION ASSAY FOR CADMIUM ANALYSIS
(T.2.32) DEVELOPMENT OF LABEL-FREE BIOSENSOR FOR THE DETECTION OF ADENOSINE DIPHOSPHATE AS A UNIVERSAL KINASE/ATPASE ASSAY USING NANOIMPRINTED FLEXIBLE TWO-DIMENSIONAL PHOTONIC CRYSTAL
(T.2.60) MULTICHANNEL INCUBATION TYPE PLANAR PATCH CLAMP BIOSENSOR USING PLASTIC (PMMA) SUBSTRATES AND CHARACTERIZATION BY LASER-GATED ION-CHANNEL PROTEIN
(W.7.167) MONITORING BIOFILM GROWTH AND ACTIVITY USING A SCALABLE MULTICHANNEL ELECTROCHEMICAL BIOSENSOR
(T.1.22) ACCELERATED TARGET CAPTURE BY DYNAMIC MAGNETIC PARTICLE ACTUATION
(W.2.54) HIGH-THROUGHPUT LINEAGE TREE INVESTIGATIONS OF BACTERIA MICROCOLONIES USING ARRAYS OF MONOLAYER GROWTH CHAMBERS
(W.9.195) PHOTOCATALYTIC MICROFLUIDIC REACTOR WITH A NOVEL COMPOUND CATALYST FILM USING SOLAR ENERGY
(T.4.113) YIELD IMPROVEMENT BY AN EFFECTIVE MICROREACTOR FOR PHOTOREACTIONS USING A BLACK ALUMINUM OXIDE CHANNEL SUBSTRATE
(W.5.130) GRAPHENE NANOSIEVE USING BLOCK COPOLYMER LITHOGRAPHY AND ITS APPLICATION TO SEPARATION OF HEMOGLOBIN PROTEIN AND IMMUNOGLOBLIN G
(M.3.87) QUANTITATIVE ANALYSIS OF DEFORMABILITY-BASED CELL SEPARATION USING DETERMINISTIC LATERAL DISPLACEMENT AND OPTICAL STRETCHING
(T.4.106) ON-CHIP NANOFILTERS FOR BIOLOGICAL SAMPLE PRE-TREATMENT FOR ELECTROPHORETIC ANALYSIS OF SMALL MOLECULES IN WHOLE BLOOD
(T.8.182) LABDISK INTEGRATED DNA EXTRACTION FROM WHOLE BLOOD USING MAGNETIC PARTICLES
(W.4.106) A NOVEL DEVICE FOR HIGHLY EFFICIENT EXTRACTION OF NUCLEIC ACIDS FROM 100 MICROLITER WHOLE BLOOD SAMPLES
(T.5.128) FABRICATION OF PMMA MICROPILLARS BY REACTIVE ION ETCHING TOWARDS SEPARATION OF WHITE AND RED BLOOD CELLS
(W.3.87) SORTING OF BLOOD IN SPIRAL MICROCHANNELS
(M.4.106) EFFECT OF BLOOD CELL SEDIMENTATION ON IMMUNOMAGNETIC ISOLATION OF CIRCULATING TUMOR CELLS IN MICROFLUIDIC CHANNELS
(M.3.84) DEVELOPMENT OF A MULTI-COMPARTMENT MICROFILTRATION DEVICE FOR PARTICLE FRACTIONATION
(T.7.158) BLOOD COAGULATION TESTING METHOD BASED ON FLOW VELOCITY MEASUREMENT USING A SURFACE PLASMON RESONANCE (SPR)-BASED MICROFLUIDIC DEVICE
(T.4.110) MAGNETICALLY-ACTUATED BLOOD FILTER UNIT ATTACHABLE TO BIOCHIPS
(T.3.83) MULTI-COMPONENT SEPARATION CHIP UTILIZING MICROPILLAR ARRAYS IN SPLITLEVEL SPIRAL CHANNEL
(T.3.72) TUBLOGENESIS OF ENDOTHELIAL CELLS IN CORE-SHELL HYDROGEL MICROFIBERS
(M.3.72) A PARALLEL ARRAY MICROFLUIDIC BLOOD-BRAIN BARRIER MODEL FOR HIGH-THROUGHPUT QUANTITATION OF SHEAR STRESS EFFECTS
(W.4.105) DEVELOPMENT OF A MICROFLUIDIC BLOTTING DEVICE BY USING ALGINATE HYDROGEL
(W.2.35) TOWARDS A “BODY ON A CHIP” USING SPHERICAL MICROTISSUES IN A MICROFLUIDIC NETWORK
(W.5.136) SUPERIOR DRY BONDING OF OFF-STOICHIOMETRY THIOL-ENE EPOXY (OSTE(+)) POLYMERS FOR HETEROGENEOUS MATERIAL LABS-ON-CHIP
(T.5.125) A ROOM-TEMPERATURE BONDING OF GLASS NANOFLUIDIC CHIPS UTILIZING A SURFACE ACTIVATION WITH A FLUORINE-CONTAINING PLASMA TREATMENT
(T.5.129) DEVELOPMENT OF FLUORINE INDUCED PLASMA ACTIVATING ROOM-TEMPERATURE BONDING STRATAGE FOR HIGH-PRESSURE MICRO-NANO FLUIDIC DEVICES
(M.9.200) EVALUATION OF ETHANOL TOXICITY TO OIL PRODUCING ALGAE USING A MICROFLUIDIC DEVICE
(T.3.97) SINGLE NEURON OBSERVATION IN A 3D NEURONAL TISSUE BLOOK
(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
(M.3.92) MULTISTEP BRANCHED-MICROCHANNEL NETWORK FOR PURITY-CONTROLLED BLOOD PLASMA SKIMMING
(M.3.83) LABEL-FREE ISOLATION OF CIRCULATING TUMOR CELLS (CTCs) FROM BREAST CANCER PATIENTS USING PARALLEL MULTI-ORIFICE FLOW FRACTIONATION (p-MOFF)
(T.2.56) A BRONCHIAL EPITHELIUM-MIMETIC MICROFLUIDIC CHIP SYSTEM FOR INVESTIGATING MICROENVIRONMENTAL CHANGE-INDUCED INFLAMMATORY PROCESS
(T.2.56) A BRONCHIAL EPITHELIUM-MIMETIC MICROFLUIDIC CHIP SYSTEM FOR INVESTIGATING MICROENVIRONMENTAL CHANGE-INDUCED INFLAMMATORY PROCESS
(M.1.29) NANO/MICRO JETS IN THIN FILMS FOR BIOMATERIAL MANIPULATION AND CHARACTERIZATION
(W.7.164) MONITORING ACOUSTIC BUBBLE OSCILLATIONS WITH AN OPTOFLUIDIC INTERFEROMETER
(M.1.13) NANOBUBBLES AND GAS DYNAMICS DURING CAPILLARY FILLING OF NANOCHANNELS
(T.1.27) INTEGRATED PASSIVE BUBBLE TRAP FOR LONG-TERM CELL CULTURE MICROFLUIDIC SYSTEMS
(T.8.186) VERIFAST: AN INTEGRATED SYSTEM FOR FLEXIBLE CTC ISOLATION AND ANALYSIS
(M.5.129) ONE-STEP MULTI-DEPTH POLYSTYRENE MOLDS FOR PDMS SOFT-LITHOGRAPHY THROUGH LASER-INDUCED BUMPING