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Molecular biology / Sensors / Biotechnology / Microarrays / Bioinformatics / Oligonucleotide / Biosensor / DNA microarray / Hybridization probe / Biology / Chemistry / Biochemistry


Electronic detection of DNA by its intrinsic molecular charge Ju¨rgen Fritz*, Emily B. Cooper*, Suzanne Gaudet†, Peter K. Sorger†‡, and Scott R. Manalis*‡§ *Media Laboratory, †Department of Biology, and ‡Bi
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Document Date: 2011-02-10 14:18:35


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City

Berlin / Cambridge / Houston / London / New York / /

Company

Ebara / Wilson / Media Laboratory / Metal Oxide Semiconductor / Bruno A. E. / /

Country

United States / /

Currency

pence / /

/

Facility

Prentice Hall / Massachusetts Institute of Technology Microsystems Technology Laboratories / Scott R. Manalis*ठ*Media Laboratory / Massachusetts Institute of Technology / cAm duplex / Harvard University / /

IndustryTerm

typical microarray applications / field-effect devices / metal / fluidic handling systems / point-of-care applications / control solutions / electrolyte solution / selective and real-time detection / Test solutions / field-effect sensing devices / piranha solution / field-effect device / /

Organization

Center for Bits / Defense Advanced Research Projects Agency / Harvard University / National Science Foundation / Institute of Technology Microsystems Technology Laboratories / Department of Biology / Air Force office of Scientific Research / Massachusetts Institute of Technology / K. Sorger†‡ / and Scott R. Manalis*‡§ *Media Laboratory / Biology / and ‡Biological Engineering Division / /

Person

Scott R. Manalis / Suzanne Gaudet / Nat / Emily B. Cooper / Peter K. Sorger / /

Position

reporter / /

Product

Sigma / PLL injections / /

ProvinceOrState

New York / Massachusetts / /

Technology

semiconductor / Biosensors / DNA Chip / hybridization / gene expression / dielectric / DNA hybridization / photolithography / /

URL

www.pnas.org兾cgi兾doi兾10.1073兾pnas.232276699 / /

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