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Chemistry / Fluid dynamics / Technology / Microtechnology / Biotechnology / Nanofluidics / Lab-on-a-chip / Chemical biology / Electro-osmosis / Materials science / Nanotechnology / Microfluidics


Document Date: 2009-03-01 13:44:16

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City

Nguyen / Patel / Santiago / L. A. / Sia / Cambridge / Glasgow / /

Company

A. Technologies / P. J. & Lee L. P. / R. & Lee L. P. / /

Country

United States / /

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Facility

Brandeis University / Van Dam / Harvard University / /

IndustryTerm

microfluidic device / chemical synthesis / value applications / gas-phase chromatography / lab-on-a-chip devices / chemical concentration / silicon technology / lab-on-a-chip / high-throughput chemical analysis / microfluidic systems / microreaction technology / multicompartment device / dispersed gas / biomedical and related applications / pharmaceutical industry / photolithography and associated technologies / plausible technology / analytical systems / shear devices / microfluidic flow-focusing device / microfluidic technologies / Large-volume microanalytical tools / university-based technology / nanofluidic systems / home healthcare / pressure-driven systems / chemical and thermal stability / analytical device / manufacturing systems / healthcare delivery / anticipatory healthcare / field-deployable microfluidic systems / microelectromechanical systems / optical systems / appropriate systems / information-processing systems / early advertising / microfluidic devices / biomimetic systems / Selective chemical treatment / healthcare / silicon microelectronic devices / microfluidic technology / microchip devices / Diagnostic systems / aqueous solution / macroscopic and microfluidic systems / microfluidic diagnostic device / microrobotic systems / off-chip / plastics / chemical reactions / chemical and biological threats / adaptable microfluidic technology / potential applications / microreaction systems / segmented gas-liquid flow / roll-to-roll processing / nanoliter systems / information technology / functional systems / important will very-large-volume technologies / manufacturing / microfluidic chip / hydraulic systems / microfluidic home-test systems / microchemical systems / vesicle-generating microfluidic device / chemical and biological weapons / microfluidic tools / analytical applications / embryonic patterning network / plastic microfluidic devices / prototype devices / chemical analysis / steel / microanalytical systems / /

MedicalCondition

disease / /

Movie

D. V / /

Organization

Brandeis University / Defense Advanced Research Projects Agency / Harvard University / A. Lab / Department of Chemistry and Chemical Biology / US Department of Defense / /

Person

Mensing / Boone / Beebe / /

Position

D. J. / Walker / Author Information Reprints / T. D. / author / Fisher / /

ProvinceOrState

S. K. / Massachusetts / Northern Territory / New Hampshire / /

Technology

genomics / neuroscience / proteomics / X-ray / electrophoresis / D. T. Microfluidic technologies / information technology / tomography / antibodies / high-throughput screening / lab-on-a-chip / lithography / microfluidics / photolithography / optical fiber / adaptable microfluidic technology / laser / university-based technology / biopharmaceuticals / drug discovery / microelectromechanical systems / MEMS / microfluidic chip / lasers / technology of systems / DNA sequencing / crystallization / spectroscopy / metabolomics / microreaction technology / Lab Chip / micropumps / using silicon technology / /

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