Micro Total Analysis Systems 2002: Proceedings Of The I Tas 2002 Symposium, Held In Nara, Japan, 3-7 November 2002 Volume 2 by Yoshinobu BabaMicro Total Analysis Systems 2002: Proceedings Of The I Tas 2002 Symposium, Held In Nara, Japan, 3-7 November 2002 Volume 2 by Yoshinobu Baba

Micro Total Analysis Systems 2002: Proceedings Of The I Tas 2002 Symposium, Held In Nara, Japan, 3…

byYoshinobu BabaEditorShuichi Shoji, Albert van den Berg

Paperback | November 9, 2012

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The Sixth International Conference on Miniaturized Chemical and Biochemical Analysis Systems, known as IlTAS2002, will be fully dedicated to the latest scientific and technological developments in the field of miniaturized devices and systems for realizing not only chemical and biochemical analysis but also synthesis. The first IlTAS meeting was held in Enschede in 1994 with approximately 160 participants, bringing together the scientists with background in analytical and biochemistry with those with Micro Electro Mechanical Systems (MEMS) in one workshop. We are grateful to Piet Bergveld and Albert van den Berg of MESA Research Institute of the University of Twente for their great efforts to arrange this exciting first meeting. The policy of the meeting was succeeded by late Prof. Dr. Michael Widmer in the second meeting, IlTAS'96 held in Basel with 275 participants. The first two meetings were held as informal workshops. From the third workshop, IlTAS'98 (420 participants) held in Banff, the workshop had become a worldwide conference. Participants continued to increase in IlTAS2000 (about 500 participants) held in Enschede and IlTAS2001 (about 700 participants) held in Monterey. The number of submitted papers also dramatically increased in this period from 130 in 1998, 230 in 2000 to nearly 400 in 2001. From 2001, IlTAS became an annual symposium. The steering committee meeting held in Monterey, confirmed the policy of former IlTAS that quality rather than quantity would be the key-point and that the parallel-session format throughout the 3.
Title:Micro Total Analysis Systems 2002: Proceedings Of The I Tas 2002 Symposium, Held In Nara, Japan, 3…Format:PaperbackDimensions:382 pages, 23.5 × 15.5 × 0.01 inPublished:November 9, 2012Publisher:Springer-Verlag/Sci-Tech/TradeLanguage:English

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ISBN - 10:9401039534

ISBN - 13:9789401039536

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Table of Contents

Exploring fet Concepts for Lab-on-a-Chip.- Monitoring of Cell Growth, Oxygen and ph in Microfermentors.- Observation of Response to Stimuli in Oscillating Cells Patterned by Microfabricated Structure.- On-Chip Agarose Microchamber (AMC) Array Cell-Cultivation System for Topographical Control of Neural Network.- Integrated Size Exclusion and Reversed-Phase Electrochromatography.- Dispersion Analysis of a Solid-Phase Microextraction Chip by Computational Fluid Dynamics.- Interfacing Microchip CE with Icpms for Element Speciation.- Electrodeless Dielectrophoretic Trapping and Separation of Cells.- SiO2 Nozzle Array-Based Patch-Clamp Microsystem.- A Programmable Cell Assay Platform for Kinetic Studies of a Single Cell.- An Integrated Microdialysis-Based System.- User-Assembly, Fully Integrated Micro Chemical Laboratory using Biochemical IC Chips for Wearable/Implantable Applications.- Microfluidic Reactor Array for Multistep Droplet Reactions.- Single Molecular Detection of DNA/Protein and Its Application to Biochips.- DNA Separation in Gradient of Confined Nanospace Generated by Nanoparticles in a Microchannel.- Self-Assembled Magnetic Colloids for DNA Separations in Microfluidic Devices.- A Microfabricated Device for Separating <200kilo-base-pair dna="" molecules="" in=""><_1520_seconds.-20_airborn20_chemistry20_levitated20_protein20_droplets20_as20_a20_novel20_analytical20_tool20_for20_nucleation20_screening20_in20_macromolecular20_crystallisation.-20_on-line20_monitoring20_of20_airborne20_chemistry20_in20_levitated20_droplets3a_20_in-situ20_synthesis20_and20_application20_of20_sers20_active20_ag-sols20_for20_trace20_analysis20_by20_raman20_spectrometry.-20_chip-to-world20_interfaces20_for20_high-throughput20_lab-on-a-chip20_devices.-20_the20_mems20_modeling20_system20_by20_collaboration20_of20_multi-scale20_simulators20_and20_application20_to20_the20_microreactor.-20_fem20_study20_of20_coulter20_counter20_wggh20_water-based20_adaptable20_aperture.-20_micromanipulating20_magnetic20_particles20_in20_microfluidic20_systems.-20_optimal20_design20_of20_micromixer20_using20_nonhomogeneous20_multilayer20_laminar20_flow.-20_computational20_simulations20_of20_fluid20_flow20_dynamics2c_20_and20_bead20_packing20_in20_solid20_phase20_extraction20_microsystems.-20_the20_low-voltage20_cascade20_eof20_pump3a_20_comparing20_theory20_with20_published20_data.-20_universal20_joule20_heating20_model20_in20_electrophoretic20_separation20_microchips.-20_mathematical20_model20_of20_interfacial20_layer20_in20_ultra-fine20_liquid20_drop20_based20_on20_molecular20_dynamics20_simulation.-20_development20_of20_micromixer20_based20_on20_instability20_of20_interface20_between20_two20_immiscible20_liquids.-20_theoretical20_study20_of20_ac20_electroosmotic20_flows20_in20_non-uniformly20_charged20_microchannels.-20_numerical20_simulation20_of20_mixing20_in20_a20_micro-channel20_with20_non-uniform20_zeta20_potential20_surface.-20_injection20_of20_sample20_bands20_from20_open20_channels20_into20_packed20_separation20_columns.-20_microscale20_measurements20_of20_flow20_bounded20_by20_air-water20_interfaces.-20_virtual20_flow20_channel3a_20_a20_novel20_micro-fluidics20_system20_with20_orthogonal2c_20_dynamic20_control20_of20_sample20_flow20_dimensions.-20_microfabrication20_of20_3-d20_oblique20_structures20_by20_inclined20_uv20_lithography.-20_a20_new20_fabrication20_technique20_of20_a20_dna20_electrophoresischip20_by20_silicon20_micromachining20_technology.-20_precision20_patterning20_of20_pdms20_thin20_films3a_20_a20_new20_fabrication20_method20_and20_its20_applications.-20_fabrication20_of20_microfluidic20_channels20_with20_symmetric20_cross-sections20_for20_integrated20_nmr20_analysis.-20_precise20_and20_feasible20_fabrication20_process20_of20_microfluidic20_devices20_on20_a20_borosilicate20_glass20_chip.-20_laminated20_electrodes20_chip20_for20_pulse-immunoassay.-20_fabrication20_of20_on-chip20_sorter20_devices20_with20_sub-micrometer20_scale20_channels20_and20_self-aligned20_microelectrodes.-20_powder20_handling20_device20_for20_drug20_formulations.-20_thermal20_micropump20_using20_surface20_tension20_imbalance20_in20_microchannels.-20_optimization20_of20_electrokinetic20_pumps20_for20_chip-based20_chromatographic20_separations.-20_practical20_valves20_and20_pumps20_for20_large-scale20_integration20_into20_microfluidic20_analysis20_devices.-20_electro20_osmotic20_flow20_pump20_based20_on20_the20_corbino20_disc20_geometry.-20_a20_temperature20_controlled20_micro20_valve20_for20_biomedical20_applications20_using20_a20_temperature20_sensitive20_hydrogel.-20_electroosmotically20_driven20_two-liquid20_viscous20_pump20_for20_nonconducting20_liquids.-20_bi-directional20_valve-less20_micropump20_using20_piezoelectric20_micro-array20_actuators.-20_gravity-driven20_micropump20_with20_a20_steady20_flow20_rate.-20_a20_micro20_pump2c_20_compatible20_with20_multiple20_manufacturing20_methods2c_20_for20_fluidhandling20_in20_disposable20_microsystems.-20_microfabrication20_process20_for20_high-density20_micro20_pipette20_array20_and20_matching20_multi-well20_plate20_with20_mixers.-20_microfabricated20_phase20_change20_latched20_valve20_for20_integrated20_devices.-20_thermal-actuated20_paraffin20_microvalves.-20_injection20_modes20_for20_evaporation20_driven20_continuous20_liquid20_flow.-20_dna20_amplification20_and20_hybridization20_assays20_in20_integrated20_plastic20_monolithic20_devices.-20_microfluidic20_device20_for20_nucleic20_acid20_fragmentation20_by20_shear20_force.-20_combined20_nucleic20_acid20_extraction20_and20_enrichment20_in20_bead-packed20_plastic20_beds.-20_measuring20_lithium20_in20_whole20_blood20_using20_capillary20_electrophoresis.-20_an20_ingestible20_electronic20_pill20_for20_real20_time20_analytical20_measurements20_of20_the20_gastro-intestinal20_tract.-20_detection20_of20_multiple20_real-time20_nasba20_in20_nanoliter20_volume.-20_disposable20_biochip20_cartridge20_for20_clinical20_diagnostics20_toward20_point-of-care20_systems.-20_microchip-based20_enzyme-linked20_immunosorbent20_assay20_28_elisa29_20_system.-20_infrared-mediated20_thermocycling20_for20_dna20_amplification20_and20_electrophoretic20_separation20_on20_an20_integrated20_microchip20_device.-20_integrated20_microdevice20_for20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lance-based20_planar20_biosensor.-20_sensitivity20_enhancement20_in20_chip-based20_capillary20_electrophoresis20_systems20_by20_a20_hadamard20_transform20_approach.-20_micro2f_nano20_machined20_devices20_probing20_into20_nano2f_bio20_world.-20_bio-chemical20_analysis20_on20_microfabricated20_polymer20_chips.-20_biochemical20_signal20_transfer20_using20_liposomes20_in20_microfluidic20_channels.-20_novel20_biomolecule20_sorter20_using20_thermosensitve20_hydrogel20_in20_micro20_flow20_system.-20_fixation20_and20_isolation20_of20_microorganisms20_by20_local20_viscosity20_control20_of20_methyl20_cellulose20_solution.-20_chemico-functional20_membrane20_for20_integrated20_chemical20_processes20_on20_a20_microchip.-20_in20_situ20_fabricated20_microchannels20_using20_porous20_polymer20_and20_xenon20_difluoride20_etchant.-20_direct20_nanomanipulation20_tools20_for20_biological20_samples.-20_microfluidic20_circuit20_for20_integrated20_dna20_sequencing20_product20_purification20_and20_analysis.-20_fully20_integrated20_mcm20_microfluidic20_system20_for20_dna20_analysis.-20_automated20_dna20_fraction20_collection20_on20_glass20_microchips.-20_a20_disposable20_on-chip20_air20_detonator20_for20_driving20_fluids20_on20_point-of-care20_systems.-20_microfluidic20_capillary20_systems20_for20_the20_autonomous20_transport20_of20_bio2f_chemicals.-20_electric20_damage20_free20_separation20_chip20_of20_lymphocyte20_sub-unit20_employing20_high20_pressure20_electroosmosis20_pump.-20_authors20_index. seconds.-="" airborn="" chemistry="" levitated="" protein="" droplets="" as="" a="" novel="" analytical="" tool="" for="" nucleation="" screening="" in="" macromolecular="" crystallisation.-="" on-line="" monitoring="" of="" airborne="" _droplets3a_="" in-situ="" synthesis="" and="" application="" sers="" active="" ag-sols="" trace="" analysis="" by="" raman="" spectrometry.-="" chip-to-world="" interfaces="" high-throughput="" lab-on-a-chip="" devices.-="" the="" mems="" modeling="" system="" collaboration="" multi-scale="" simulators="" to="" microreactor.-="" fem="" study="" coulter="" counter="" wggh="" water-based="" adaptable="" aperture.-="" micromanipulating="" magnetic="" particles="" microfluidic="" systems.-="" optimal="" design="" micromixer="" using="" nonhomogeneous="" multilayer="" laminar="" flow.-="" computational="" simulations="" fluid="" flow="" _dynamics2c_="" bead="" packing="" solid="" phase="" extraction="" microsystems.-="" low-voltage="" cascade="" eof="" _pump3a_="" comparing="" theory="" with="" published="" data.-="" universal="" joule="" heating="" model="" electrophoretic="" separation="" microchips.-="" mathematical="" interfacial="" layer="" ultra-fine="" liquid="" drop="" based="" on="" molecular="" dynamics="" simulation.-="" development="" instability="" interface="" between="" two="" immiscible="" liquids.-="" theoretical="" ac="" electroosmotic="" flows="" non-uniformly="" charged="" microchannels.-="" numerical="" simulation="" mixing="" micro-channel="" non-uniform="" zeta="" potential="" surface.-="" injection="" sample="" bands="" from="" open="" channels="" into="" packed="" columns.-="" microscale="" measurements="" bounded="" air-water="" interfaces.-="" virtual="" _channel3a_="" micro-fluidics="" _orthogonal2c_="" dynamic="" control="" dimensions.-="" microfabrication="" 3-d="" oblique="" structures="" inclined="" uv="" lithography.-="" new="" fabrication="" technique="" dna="" electrophoresischip="" silicon="" micromachining="" technology.-="" precision="" patterning="" pdms="" thin="" _films3a_="" method="" its="" applications.-="" symmetric="" cross-sections="" integrated="" nmr="" analysis.-="" precise="" feasible="" process="" devices="" borosilicate="" glass="" chip.-="" laminated="" electrodes="" chip="" pulse-immunoassay.-="" on-chip="" sorter="" sub-micrometer="" scale="" self-aligned="" microelectrodes.-="" powder="" handling="" device="" drug="" formulations.-="" thermal="" micropump="" surface="" tension="" imbalance="" optimization="" electrokinetic="" pumps="" chip-based="" chromatographic="" separations.-="" practical="" valves="" large-scale="" integration="" electro="" osmotic="" pump="" corbino="" disc="" geometry.-="" temperature="" controlled="" micro="" valve="" biomedical="" applications="" sensitive="" hydrogel.-="" electroosmotically="" driven="" two-liquid="" viscous="" nonconducting="" bi-directional="" valve-less="" piezoelectric="" micro-array="" actuators.-="" gravity-driven="" steady="" rate.-="" _pump2c_="" compatible="" multiple="" manufacturing="" _methods2c_="" fluidhandling="" disposable="" high-density="" pipette="" array="" matching="" multi-well="" plate="" mixers.-="" microfabricated="" change="" latched="" thermal-actuated="" paraffin="" microvalves.-="" modes="" evaporation="" continuous="" amplification="" hybridization="" assays="" plastic="" monolithic="" nucleic="" acid="" fragmentation="" shear="" force.-="" combined="" enrichment="" bead-packed="" beds.-="" measuring="" lithium="" whole="" blood="" capillary="" electrophoresis.-="" an="" ingestible="" electronic="" pill="" real="" time="" gastro-intestinal="" tract.-="" detection="" real-time="" nasba="" nanoliter="" volume.-="" biochip="" cartridge="" clinical="" diagnostics="" toward="" point-of-care="" microchip-based="" enzyme-linked="" immunosorbent="" assay="" _28_elisa29_="" system.-="" infrared-mediated="" thermocycling="" microchip="" device.-="" microdevice="" single="" hair.-="" sol-gel="" efficient="" isolation="" samples.-="" miniaturization="" hematology="" analyzer="" oncology="" outpatients.-="" fabrications="" hemocytometer="" early="" cancer.-="" enabling="" technologies="" personal="" _cytometer2c_="" part="" _ii3a_="" cartridges.-="" high="" throughput="" stress="" marker="" polymer="" electrophoresis="" laser="" induced="" fluorescence="" detection.-="" size="" employing="" micro-fabricated="" nano-structure.-="" microsystem="" isothermal="" specific="" gene="" genetic="" materials.-="" snp="" allele-specific="" extension="" fluorescently="" labeled="" nucleotides="" flow-through="" label-free="" bio-ligand="" interaction="" studies="" resolved="" fourier="" transform="" infrared="" passive="" purification="" preparation.-="" feature="" _22_bead-array22_="" -="" probes="" beads="" arrayed="" capillary.-="" point="" mutations="" network="" temporal="" gradient.-="" immunoassay="" silicon-based="" biochep.-="" mixer="" sequencing="" reaction="" clean-up.-="" vitro="" high-integrated="" microchamber="" low="" molecules.-="" parallel="" real-world="" samples="" hybird="" micromachined="" manipulation="" bio-molecule.-="" micropreparative="" plastc="" module="" coupling.-="" fidelity="" cost="" multi-color="" biological="" cells="" cytometer="" _28_mifc29_="" observation="" cell.-="" amorphous="" photodiode="" detector="" waveguides="" optical="" biochemical="" spr="" imaging="" reactions="" miniaturized="" glow="" discharge="" emission="" aqueous="" analytes.-="" fiber-optic="" microdevices="" plasmon="" resonance="" applied="" recovery="" cell="" sorting="" bead-bed="" absorption="" luminescence="" spectroscopy="" polydimethylsiloxane="" _28_pdms29_="" broadband="" illumination.-="" _liquid2f_liquid="" waveguide="" sheath="" fluorescent="" determination="" rhodamine="" b.-="" photo-thermal="" systems="" _28_imos29_="" led.-="" organic="" light="" emitting="" diode="" source="" spectroscopy.-="" micro-optical="" miniaturised="" cytometry="" comparison="" different="" strategies="" chemiluminescence="" fabricated="" _poly28_dimethylsiloxane29_.-="" fiber-loop="" ring-down="" enhanced="" limited="" path="" length.-="" multicomponent="" submillimeter-effective-length="" patterned="" correlation="" supramolecular="" approaches="" functional="" nano="" dielectric="" nanogap="" junctions.-="" nucleotide="" incorporation="" pyrosequencing="" microfluedic="" fast="" single-nucleotide="" polymorphisms="" gradient="" transport="" through="" nanometer="" confined="" channels.-="" trap-and-release="" element="" emploing="" electric="" hydro="" drag="" force="" fields="" pre-treatment.-="" nanofluidic="" handling.-="" magnetophoretic-dielectrophoretic="" field-flow="" fractionation.-="" free-flow="" magnetophoresis="" microparticles="" agglomerates="" hybrid="" type="" particle="" separators="" accurate="" positioning="" beads.-="" photopolymerized="" photografted="" porous="" monoliths="" engineered="" microspheres="" use="" microvalve="" architectures="" high-pressure="" hydraulic="" biopoems="" multiplexed="" preparation="" proteomics.-="" preconcentrator="" field-addressable="" retention="" release.-="" _principles2c_="" performance="" perspectives="" complete="" instrument.-="" gas-liquid="" microchemical="" concentration="" air-liquid="" two-phase="" _28_oil2f_water29_3a_="" regimes="" wetting.-="" picoliter-sized="" _reaction2f_analysis="" chambers="" droplet-based="" chemical="" micro-reactor="" equipped="" sheath-flow="" injectors="" high-speed="" extraction.-="" mass-production="" nearly="" monodisperse="" diameter="" gel="" formation="" microchannel.-="" multiphase="" diffusion="" ion="" selective="" electrode="" piv="" measurement="" high-efficiency="" kinases.-="" multi-stage="" micro-tangential="" filtration="" microcontact="" switching="" simultaneous="" hydrodynamic="" control.-="" micro-fluidic="" platform="" _contactless2c_="" dropletless="" dispensing="" micro-arrays.-="" microstructures="" elements.-="" microneedles="" transdermal="" interfacing="" molding="" techniques.-="" bonding="" sacrificial="" channel="" adhesive="" printing.-="" dead="" volume="" free="" pressure="" sealing="" microstructures.-="" innovative="" machining="" modification="" networks.-="" metal="" implanted="" strong="" thin-film="" micropatterns="" self-assembled="" monolayers.-="" _28_igg29_="" adsorption="" terms="" cyclo="" olefin="" copolymer="" _28_coc29_="" biochip.-="" microlfuidic="" networks="" combinatorial="" chemistry.-="" effect="" thermoplastic="" fusion="" microfluidics.-="" microgels="" n-alkyl="" fatty="" _layers3a_="" properties.-="" _flow3a_="" characterization="" atomic="" microscopy.-="" molecularly-imprinted="" stationary="" phases="" electrochromatography.-="" self="" arrangement="" nanoparticles="" micro-capillary.-="" micromolds="" fluorocarbon="" films.-="" functionalized="" parylene="" coatings="" photoresist-free="" micropatterning="" surfaces="" used="" microanalytical="" in-device="" enzyme="" immobilization="" _biomems2c_="" demonstrated="" glucose="" monitor.-="" designing="" chemistries="" density="" microarray.-="" peptide="" microarray="" microchannel="" diagnostic="" antigens="" antibodies="" stamping="" su-8="" screening.-="" multimode="" spectrscopy="" gpld="" sol.-="" prism-free="" coupling="" approach="" spectroelectrochemical="" surface-immobilized="" _smart2c_="" temperature-responsive="" surfaces.-="" trapping="" proteins="" cast-to-shape="" matrices.-="" lipid="" membrane="" discrete="" chambers.-="" programmable="" chips.-="" multichannel="" electrochromatography="" pmma="" pulsed="" conductivity="" detector.-="" electrochemical="" methods="" macromolecule="" processes.-="" acids="" ce="" contactless="" four-electrode="" bioanalytical="" highly="" vivo="" biochemicals.-="" impedance="" shallow="" insulation="" gap.-="" polymeric="" tip="" electrospray="" ionization="" source.-="" modified="" dios-ms="" plates.-="" pdms-diamond-coated="" masters.-="" _digestion2c_="" nanoelectrospray="" _poly28_dimethylsiloxane29_="" substrate.-="" quantitative="" electrokinetically="" microspace.-="" controlling="" _techniques3a_="" step="" towards="" whole-cell="" biosensors="" defined="" features.-="" continuous-flow="" mixer.-="" field="" testing="" gas="" miniature="" _28_3f_chemlab27_27_c2a2_29_.-="" results="" _hemlab27_27_c2a2_2f_cb2c_="" portable="" detecting="" warfare="" agents.-="" _benzo5b_a5d_pyrene="" monitoring.-="" evaluation="" plate.-="" air-pollutant="" incorporating="" microchip.-="" aromatic="" voc="" mixture-gases="" showing="" sub-second="" isoelectric="" focusing="" peptide.-="" module.-="" nano-fabricated="" exclusion="" chromatograph.-="" pinpoint="" dielectrophoretic="" floating="" autonomously="" aligned="" microtools.-="" rapid="" precolumn="" chiral="" stepwise="" linear="" matrices="" resolution="" dna.-="" traveling="" wave="" dielectrophoresis.-="" wide="" clarity="" cyclic="" _copolymers28_coc29_.-="" eletrophoresis="" oligosaccharides="" glycoprotein.-="" diagnosis="" hepatitis="" c="" virus="" _28_hcv29_="" affinity="" chromatography="" photolabile="" linked="" rna="" aptamer="" partitioning="" mutation="" dna-polyacrylamide="" conjugate.-="" removal="" sodium="" crown="" ether="" selector="" microelectrode="" chamber="" micromodule="" fraction="" separator.-="" viral="" separations="" electrical="" splitt="" single-column="" titp="" _28_transient="" _isotachophoresis29_="" preconcentration="" neutral="" compounds="" microconcentrator="" sensors="" chromatography.-="" _separation3a_="" sds-page.-="" mid-ir="" _28_quantum="" ftir="" _spectrometric29_="" silica="" columns="" hplc.-="" microfuluidics.-="" dimensional="" tryptic="" digests="" 2-d="" sparation="" focusing.-="" 15="" seconds="" hidrodynamic="" grooved="" _surfaces3a_="" micro-evaporator="" pretreatment="" environmental="" autologous="" wash="" arrays="" utilizing="" ultrasonic="" standing="" waves.-="" planar="" ultra-filtration="" plasma="" diffusion.-="" bioanalysis="" freely="" moving="" trapped="" recirculating="" microarrays="" gold="" shah="" convolution="" velocities="" _1c397_128="" beamsplitter.-="" viscosity="" microsystems="" synthesis.-="" _28_part="" _i29_.-="" leukocytes="" discrimination="" cytometry.-="" _micro2f_nano-fluidic="" performing="" single-cell="" circular="" _electrophoresis3a_="" experimentation="" non-fluorogenic="" assays.-="" improved="" adapting="" hydrophobic="" closed-loop="" calibration="" microdialysis-based="" lab-on-a-chip.-="" factors="" influencing="" response="" dep="" actuation.-="" droplet="" flight="" stability="" gas-flow="" guided="" dispensing.-="" surface-tension-driven="" hollow="" needle="" sensor="" _precise2c_="" calibrated="" embryos.-="" falling-drop="" introduction="" en="" -results="" prototype="" product="" testing.-="" fabricating="" zero="" non-aqueous="" ce-ms.-="" silicone="" rubber="" fluidic="" properties="" interconnection-.-="" _rapid2c_="" _flow-through2c_="" influence="" geometry="" capture="" efficiency="" rare="" a-anti="" human="" cd3="" engineering="" improvement="" generation-2="" _hemlab27_27_c2a2_="" biotoxin="" spatially="" localized="" voltage="" microchannels="" flexibility.-="" mass="" dissolvable="" asymmetric="" hydrogels="" components="" quite="" _disposable2c_="" individually="" matrix="" _28_10="" _c397_="" _1029_="" microreactor="" demonstration="" hydrogel="" pulse="" width="" modulation.-="" dep-driven="" _2c397_2="" array.-="" film="" polycarbonate="" polyimide-based="" nanoporous="" membranes="" chips="" buried="" _su-82f_sog="" double="" layers.-="" bubbles="" experimenmtal="" verification="" driving="" microfluids.-="" si="" mesh="" structure="" depth="" filter.-="" dialysis="" laser-induced="" phase-separation="" polymerization.-="" homogenizer="" made="" microstereolithography.-="" _injector3a_="" suspended="" polymer-based="" actuators="" barrier="" embedded="" chaotic="" micromixer.-="" magnetically="" actuated="" colloidal="" chains="" nano-pillar="" self-organized="" nano-pores="" anodic="" alumina.-="" nanochannel="" fused-silica="" investigation="" time-resolved="" measurements.-="" quantum="" dot="" within="" circuits.-="" nanostructures="" biomolecules="" nanostructured="" neural="" filter-nanosieve.-="" adhesion.-="" biosystem="" metabolic="" islet="" biosensors.-="" _labchipc2ae_="" deposition="" stimulation="" purinoceptors.-="" drosophila="" embryos="" injection.-="" single-cell-controlled="" electroporation="" velocity="" gradients="" microfluidics="" cellular="" manipulation.-="" valved="" multi-purpose="" electrophysiological="" analyses="" cells.-="" topologically="" bacterial="" aggregation="" random="" maze.-="" chemiluminescent="" reporter="" lines="" expressing="" g-protein-coupled="" receptors="" bioassay="" micropatterned="" mammalian="" reverse="" transient="" adhesions.-="" three="" microstructure="" 3t3-l1="" fibroblast="" hep="" g2="" perfusion="" culture.-="" histamine="" release="" synchronization="" cultures="" microsystem.-="" bovine="" chromaffin="" cultivation="" long-term="" multi="" micro-chamber="" arrays.-="" sorting.-="" extremely="" transmembrane="" generation="" unstable="" _intermediates3a_="" microreactors="" diazonium="" chemistries.-="" technology="" medicines="" discovery.-="" library="" pyrazoles="" performed="" automated="" reactor="" anticancer="" drugs="" assisted="" fingerprint="" residues="" means="" genotyping.-="" photocyanation="" hydrocarbons="" across="" _oil2f_water="" pneumatic="" microchannel-heater="" cdse="" microspace="" their="" place="" aspiration="" technique.-="" enzymatically="" generated="" hydrogenperoxide.-="" atmospheric-pressure="" microplasma="" jet="" sample.-="" microorganisms="" microwaves.-="" quantification="" epifluorescence="" imaging.-="" multi-channel="" operation="" quartz="" crystal="" microbalance-based="" biosensor.-="" sensitivity="" enhancement="" hadamard="" approach.-="" _micro2f_nano="" machined="" probing="" _nano2f_bio="" world.-="" bio-chemical="" signal="" transfer="" liposomes="" biomolecule="" thermosensitve="" fixation="" local="" methyl="" cellulose="" solution.-="" chemico-functional="" processes="" situ="" xenon="" difluoride="" etchant.-="" direct="" nanomanipulation="" tools="" circuit="" fully="" mcm="" collection="" air="" detonator="" fluids="" autonomous="" _bio2f_chemicals.-="" damage="" lymphocyte="" sub-unit="" electroosmosis="" pump.-="" authors="">