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Document Date: 2015-03-18 17:15:03Open Document File Size: 3,21 MBShare Result on FacebookCityWyrembak / Ramgir / Boston / New York / St Louis / Delhi / L. A. / Cambridge / Schubert / London / San Diego / /CompanyNanocs Inc. / Plenum Press / Sigma-Aldrich / Chen L. C. / Mybiosource Inc. / ASSOCIATED CONTENT / /CountryUnited States / India / / /EntertainmentAwardEventDirector’s Pioneer Award / /FacilityHarvard University / /IndustryTermmodified device / direct real-time sensing / metal contacts / different sensor chips / similar devices / physiological solution / intracellular and subcellular real-time monitoring / modified devices / sensor chips / ethanol solutions / device chip / device chips / made difficult applications / ionic strength solutions / metal / computer using custom software / low ionic strength solutions / diagnostic applications / chip carrier / higher concentration solutions / chemical / carrier gases / real-time intracellular recording / sensor chip / /MovieA. D. / /NaturalFeaturePDMS microfluidic channel / microfluidic channel / /OrganizationNational Institute of Health / Harvard University / School of Engineering and Applied Science / Department of Chemistry and Chemical Biology / American Chemical Society / /PersonMurphy / Jinlin Huang / Ming Fu / Hayden / Berry / V / Charles M. Lieber / Wei Zhou / † Xiaocheng / A. Nano / Latour / La Roche / Ted Pella / Mooney / /PositionD. J. / AUTHOR INFORMATION Corresponding Author *E-mail / Author / Director / General Strategy / Private / G. P. / /Productpolyethylene glycol / /ProvinceOrStateP. N. / Nova Scotia / Massachusetts / /Technologysemiconductor / biosensors / device chip / antibodies / photolithography / semiconductors / sensor chip / two different sensor chips / dielectric / described previously.29 Precleaned SiNW device chips / SiNW sensor chips / bioelectronics / /URLhttp /SocialTag |