Berger / Urbana / Nanopore / K. Nanopore / Cheville / Shah / /
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IBM / Nanotechnology Laboratory / Macmillan Publishers Limited. / ACS / Oxford Nanopore Technologies / M. D. & Melosh N. A. / NABsys / Annual Reviews Inc. / Pacific Biosciences / /
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United States / /
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USD / / /
Facility
Beckman Institute of Advanced Technology / University of Illinois / Vestibule Residual / duplex DNA / DNA Complex / Scale bar / University of Pennsylvania / /
IndustryTerm
throughput sequencing applications / graphene-based nanochannel device / gene chip / nanopore-based diagnostic tool / chemical functionalization110 / chemical and structural similarity / Chemical functionalization / physical and chemical properties / multilayer metal oxide membrane / nanopore-based sequencing tool / metal / nanopore technologies / chemical specificity / semiconductor device / nanofluidic devices / chemical labelling / nanopore device / chemical attachment / energy gaps / ONLINE PUBLICATION / diagnostic applications / nanopore technology / microarray technologies / chemical / solidstate nanopore sequencing applications / controlled chemical release / non-sequencing applications / /
Organization
National Institute of Health / National Science Foundation / University of Pennsylvania / Midwestern Cancer Nanotechnology Training Center / University of Illinois / Department of Electrical and Computer Engineering / Beckman Institute of Advanced Technology / /
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Rabin / Physiol / Ion Torrent / / /
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Boxer / General / Singer / /
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Vizio L32 Television / /
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Illinois / South Dakota / Pennsylvania / S. K. / A. B. / /
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NATURE NANOTECHNOLOGY / /
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West Nile / /
Technology
semiconductor / Genomics / Biosensors / DNA sequencing technology / electrophoresis / X-ray / antibodies / Hybridization / directed mutagenesis / lithography / conventional microarray technologies / DNA binding / M. L. Sequencing technologies / human genome / gene chip / site-specific mutagenesis / nanopore technologies / DNA Chip / protein sequencing / DNA sequencing / dielectric / DNA sequencing technologies / nanopore technology / third-generation sequencing technologies / SNP / Simulation / electrochemistry / /
REVIEW ARTICLE PUBLISHED ONLINE: 18 SEPTEMBER 2011 | DOI: [removed]NNANO[removed]Nanopore sensors for nucleic acid analysis Bala Murali Venkatesan1,2 and Rashid Bashir1,2,3* Nanopore analysis is an emerging technique