T. N. Chiesl A. E. / Lee Co / Dow Corning / Artificial Intelligence Laboratory / Clariant / Henkel / BD Biosciences / McCormick / J. I. Molho A. E. / /
Country
United States / Canada / /
Currency
USD / / /
Facility
Massachusetts Institute of Technology / /
IndustryTerm
oil pressures / soft lithography device / microfluidic device / hardware systems / pressurized oil / programmable chips / softlithography mixing device / device technology / monolithic device / buffered aqueous solution / droplet-based electrowetting devices / given device / multilayer device / control software / distinct interconnection networks / food colorings / microfluidic devices / oil / oil flow / multiphase systems / purpose microfluidic device / application-driven microfluidic devices / continuous oil phase / droplet systems / high-level software library / interconnection network / fluidic processor / low travel time / potential applications / operations using software control / software library / microfluidic chips / generalpurpose microfluidic processor / lab-on-a-chip applications / parallel hardware / oil channels / slug travel time increases / multilayer soft-lithography systems / elastomeric devices / chemical bonding steps / final assembled devices / microfluidic processor / given oil pressure / electronics / multiphase microfluidic chip / travel time / travel times / particular microfluidic device / microfluidic chip / aqueous solutions / computing / laboratory equipment / developed software / oil-driven aqueous samples / chemical and biological instrumentation / programmable microfluidic systems / algorithms / software interface / mineral oil / mature and precise technology / /
NaturalFeature
mm channel / /
Organization
Lab on a Chip Digital / National Science Foundation / National Science and Engineering Research Council of Canada / Massachusetts Institute of Technology / Royal Society of Chemistry / Hatsopoulos Microfluids Laboratory / /
Person
Mats Cooper / Todd Thorsen / Randy Ewoldt / S. J. Jeon / Nat / M. Yang / H. Ren / V / Y. T. Hu / C. H. Mastrangelo / John Paul Urbanski / D. Heldsinger / M. A. Burns / D. Jones / P. Paik / V / David Wentzlaff / T. Thorsen / V / Gareth McKinley / Amarasingheb / D. T. Burke / B. N. Johnson / /
Position
D. J. / microfluidic chip designer / not by the user / Professor / chip designer / programmer / /
PAPER www.rsc.org/loc | Lab on a Chip Digital microfluidics using soft lithography{ John Paul Urbanski,a William Thies,b Christopher Rhodes,a Saman Amarasingheb and Todd Thorsen*a