Author Index
V
(T.7.170) ENHANCEMENT OF NMR SENSITIVITY IN NANOLITER SAMPLES BY DYNAMIC NUCLEAR POLARIZATION AND MICROCOILS FABRICATED ON CAPILLARIES BY SHADOW MASK LITHOGRAPHY
(M.1.24) AUTOMATED INJECTION FROM EWOD DIGITAL MICROFLUIDIC CHIP INTO HPLC PURIFICATION SYSTEM
(M.4.116) MULTI-STEP ORGANIC SYNTHESIS OF FOUR DIFFERENT MOLECULAR PROBES IN DIGITAL MICROFLUIDIC DEVICES
(M.4.120) SOLID-PHASE [18F]FLOURINATION ON A FLOW-THROUGH GLASS MICROFLUIDIC CHIP
(M.4.124) FLOW-THROUGH MICROFLUIDIC DIGITAL IMPEDANCE DETECTION
(W.4.115) PLANAR ALUMINA PURIFICATION OF 18F-LABELED RADIOTRACER SYNTHESIS ON EWOD CHIP FOR POSITRON EMISSION TOMOGRAPHY (PET)
(W.9.200) INTERDIGITATED EVAPORATION CHIP FOR EFFICIENT SOLVENT EXCHANGE IN MICROCHANNELS
(W.1.5) MICROFLUIDIC PUMP BASED ON ARRAYS OF ROTATING MAGNETIC MICROSPHERES
(1.B1-1) LABEL-FREE, HIGH THROUGHPUT ELECTRICAL DETECTION OF CELLS IN DROPLETS
(3.B1-3) HIGH EFFICIENCY ENERGY CONVERSION FROM LIQUID JET FLOW
(M.2.62) SMALL VOLUME HYPERMETHYLATED DNA ENRICHMENT FOR EPIGENETICS
(M.5.131) A HIGHLY EFFICIENT 3D MICROMIXER FABRICATED BY STANDARD SOFT-LITHOGRAPHY EQUIPMENT
(W.1.18) SINGLE-MOLECULE ENZYMATIC ANALYSIS IN A DROPLET-BASED MICROFLUIDIC SYSTEM
(W.1.5) MICROFLUIDIC PUMP BASED ON ARRAYS OF ROTATING MAGNETIC MICROSPHERES
(W.5.143) ON-CHIP ELECTRIC POWER GENERATION SYSTEM FROM SOUND OF PORTABLE MUSIC PLYERS AND SMARTPHONES TOWERD PORTABLE μTAS
(W.9.193) POLYMER-ENHANCED ENERGY HARVESTING FROM STREAMING POTENTIAL
(T.7.170) ENHANCEMENT OF NMR SENSITIVITY IN NANOLITER SAMPLES BY DYNAMIC NUCLEAR POLARIZATION AND MICROCOILS FABRICATED ON CAPILLARIES BY SHADOW MASK LITHOGRAPHY
(Plenary 2) INTERROGATING NEURODEGENERATIVE DISEASE STATES USING PLURIPOTENT STEM CELLS: A CASE OF STUDY IN HUNTINGTON DISEASE
(1.B2-2) DROPLET-BASED LIQUID-LIQUID EXTRACTION AND ON-CHIP IR-WAVEGUIDE-SPECTROSCOPY DETECTION OF COCAINE IN HUMAN SALIVA
(M.4.122) PORTABLE AUTOMATED OSMOLALITY AND pH ADJUSTING APPARATUS FOR PRETREATMENT OF ENVIRONMENTAL WATER SAMPLES DELIVERED INTO A CELL-BASED BIOSENSOR
(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
(W.5.136) SUPERIOR DRY BONDING OF OFF-STOICHIOMETRY THIOL-ENE EPOXY (OSTE(+)) POLYMERS FOR HETEROGENEOUS MATERIAL LABS-ON-CHIP
(W.4.104) A COMPACT SILICON MICROPILLAR ARRAY CHIP FOR DNA CHROMATOGRAPHY: DETERMINATION OF SAMPLE SIZE AND CONCENTRATION
(M.8.173) DNA BASED SAMPLE-TO-ANSWER DETECTION OF BACTERIAL PATHOGENS ON A CENTRIFUGAL MICROFLUIDIC FOIL CARTRIDGE
(M.1.12) CHAOTIC FLUID MIXING BY ALTERNATING MICRO-PARTICLE TOPOLOGIES TO ENHANCE BIOCHEMICAL REACTIONS
(T.1.22) ACCELERATED TARGET CAPTURE BY DYNAMIC MAGNETIC PARTICLE ACTUATION
(M.1.25) ELECTROCHEMICAL ANALYSIS OF MICRODROPLET FORMATION
(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
(W.5.136) SUPERIOR DRY BONDING OF OFF-STOICHIOMETRY THIOL-ENE EPOXY (OSTE(+)) POLYMERS FOR HETEROGENEOUS MATERIAL LABS-ON-CHIP
(W.8.180) A SIMPLE AND RAPID METHOD FOR INFECTIOUS WATERBORNE DISEASE MONITORING USING DISPOSABLE PDMS MICROFLUIDIC CHIP BY DIELECTROPHORESIS
(T.8.187) INTEGRATED DNA PURIFICATION AND AMPLIFICATION USING FTA® PAPER AND PCR REAGENT ENCAPSULATION
(W.1.24) ELECTROCHEMICAL DETECTION OF CANCER CELLS ON A CENTRIFUGAL MICROFLUIDIC PLATFORM
(4.B1-1) A NOVEL INTERFACE COUPLING DROPLET MICROFLUIDICS WITH MALDI-MASS SPECTROMETRY
(W.1.19) HIGH-THROUGHPUT PATTERNING OF SINGLE MAGNETIC BEADS USING DIGITAL MICROFLUIDIC TECHNOLOGY
(T.8.178) HYBRID PAPER-POLYMER LAB-ON-A-DISC FOR BIOASSAY INTEGRATION
(W.5.144) INTEGRATION OF POLYCARBONATE CELL CULTURE MEMBRANES INTO A POLYMER-BASED MICROFLUIDIC PLATFORM FOR RAPID DRUG SCREENING
(T.2.63) FERROMAGNETIC PARTICLES FOR AN IMPROVED HETEROGENEOUS BIOASSAY PERFORMANCE ON A DIGITAL LAB-ON-A-CHIP
(T.2.63) FERROMAGNETIC PARTICLES FOR AN IMPROVED HETEROGENEOUS BIOASSAY PERFORMANCE ON A DIGITAL LAB-ON-A-CHIP
(1.B1-1) LABEL-FREE, HIGH THROUGHPUT ELECTRICAL DETECTION OF CELLS IN DROPLETS
(W.3.63) BIOPHOTONIC LAB ON A CHIP WITH INTEGRATED SIZE-EXCLUSION MICROFILTERS FOR CELL PROLIFERATION MONITORING
(W.3.96) MICROMECHANICAL ELASTOMERIC DEVICES FOR INVESTIGATIONS OF MECHANOBIOLOGY IN HUMAN EMBRYONIC STEM CELLS
(2.B3-4) A LOW COST AND HIGH THROUGHPUT MAGNETIC BEAD-BASED IMMUNO-AGGLUTINATION ASSAY IN CONFINED DROPLETS
(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
(T.8.191) INTEGRATED MICROFLUIDIC FLUIDIZED BED FOR SAMPLE PRECONCENTRATION AND IMMUNOEXTRACTION
(W.3.85) FULLY AUTOMATED IMMUNOMAGNETIC LAB-ON-CHIP FOR RARE CANCER CELLS SORTING, ENUMERATION AND IN-SITU ANALYSIS
(T.3.77) CONCENTRATION/SEPARATION OF CRYPTOSPORIDIUM OOCYSTS BY ON-CHIP HYBRID AC-ELECTROKINETICS FOR DIGITAL MICROFLUIDICS
(W.5.129) FAST PROTOTYPING OF µTAS BY DIRECT LASER WRITING
(W.3.77) DIRECTED MIGRATION OF CELLS IN CONTACT WITH ANISOTROPIC MICROSTRUCTURES
(2.B2-1) AUTOMATED HIGH-THROUGHPUT CHARACTERIZATION OF CELLS USING MULTIMODAL ELECTRICAL AND OPTICAL CYTOMETRY (MULTIMEOC)
(M.8.173) DNA BASED SAMPLE-TO-ANSWER DETECTION OF BACTERIAL PATHOGENS ON A CENTRIFUGAL MICROFLUIDIC FOIL CARTRIDGE
(M.8.174) SAMPLE-TO-ANSWER LABDISK FOR POINT-OF-CARE ANALYSIS OF TOTAL CHOLESTEROL FROM WHOLE BLOOD
(Plenary 6) MICROFLUIDIC APPS ON STANDARD LAB-INSTRUMENTS
(T.1.3) MICROFLUIDIC CENTRIFUGO-PNEUMATIC SIPHON ENABLES FAST BLOOD PLASMA EXTRACTION WITH HIGH YIELD AND PURITY
(T.8.182) LABDISK INTEGRATED DNA EXTRACTION FROM WHOLE BLOOD USING MAGNETIC PARTICLES
(W.2.31) FABRICATING DNA MICROARRAYS BY COPYING A NEXT GENERATION SEQUENCING CHIP
(W.5.126) FABRICATION OF A LABEL-FREE MICROMECHANICAL CAPACITIVE BIOSENSOR AND INTEGRATION WITH µPCR TOWARDS A LoC FOR DISEASE DIAGNOSIS
(W.6.149) PHARMACY-ON-A-CHIP: MICROFLUIDIC SYNTHESIS OF PEGYLATED AND FOLATE RECEPTOR-TARGETED LIPOSOMES FOR DRUG DELIVERY