Nanotechnology Laboratory / Agilent / SPI Supplies / NanoInk Inc. / IDT Inc. / /
Country
Germany / / /
Facility
Engineering Center / University of Illinois / DNA complex / Scale bar / Ohio State University / Purdue University / University Collaborative Research Center / Harvard University / /
IndustryTerm
laboratory-on-chip systems / microfluidic device / chemical libraries / silicon technology / microfluidic systems / Metal contacts / reagents/analytic tools / nail polish solution / devices / microfluidic devices / oil / imaging / chosen device / chemical vapor deposition passivation layer / throughput screening technologies / semiconductor device / curve protocol / buffer solution / throughput screening applications / low evaporation solution / metal-oxide semiconductor / integrated microfluidic device / overall free energy / microarray technologies / aqueous solutions / miniaturized laboratory-on-chips / energy transfer / individual devices / on-chip / droplet screening technologies / mineral oil / immiscible media / genetic applications / /
Organization
Harvard University / Agricultural Research Service / dBirck Nanotechnology Center / Purdue University / US Department of Agriculture / University of Illinois / Editorial Board / Department of Bioengineering / Ohio State University / School of Electrical and Computer Engineering / National Science Foundation Industry-University Collaborative Research Center for Agricultural / National Institutes of Health Grant R01-CA20003 / National Science Foundation Nanomanufacturing Science and Engineering Center / /
Person
Brian Ross Dorvelb / Bobby Reddy / Jr. / Lauren Yang / Muhammad Ashraf Alamd / Carlos Duarte Guevarab / Chem Commun / Rashid Bashira / Eric Salma / /
Position
editor / Author / /
ProvinceOrState
Illinois / Indiana / Massachusetts / /
Technology
semiconductor / high-throughput screening technologies / miniaturized laboratory-on-chips / melting curve protocol / droplet screening technologies / 300 W. The chips / hybridization / high-throughput screening / Previous on-chip / microwave / Lab-on-a-chip technologies / chemical vapor deposition / chemical libraries / Laser / DNA microarray technologies / drug discovery / electroporation / silicon technology / DNA Chip / dielectric / spectroscopy / Radio frequency / Miniaturized HTS technologies / Simulation / DNA hybridization / Lab Chip / integrated circuit / determined using a commercial real-time PCR system’s melting curve protocol / /
Ultralocalized thermal reactions in subnanoliter droplets-in-air Eric Salma,b, Carlos Duarte Guevarab,c, Piyush Dakd, Brian Ross Dorvelb,e, Bobby Reddy, Jr.b,c, Muhammad Ashraf Alamd, and Rashid Bashira,b,c,1 a Departmen