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DNA / Rickettsia rickettsii / Rickettsiales / Zoonoses / Polymer / Physics / Nucleic acid double helix / Helices / Biology / Genetics


LETTERS An autonomous polymerization motor powered by DNA hybridization SUVIR VENKATARAMAN1, ROBERT M. DIRKS1, PAUL W. K. ROTHEMUND2,3, ERIK WINFREE2,3 AND NILES A. PIERCE1,4*
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Document Date: 2010-09-08 02:56:30

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City

P. Actin / Pasadena / Reading / Seeman / /

Company

Marras S. A. E. / R. M. & Pierce N. A. / E. & Pierce N. A. / Integrated DNA Technologies / S. & Pierce N. A. / /

Country

United States / /

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Facility

R complex / A.R complex / California Institute of Technology / A complex / /

IndustryTerm

locomotion devices / biped walking device / nanomechanical devices / free energy / fluorescence resonance energy transfer / unpublished multi-stranded kinetics simulation software / free-energy landscape / minimum free-energy / unpublished multi-objective sequence design software / locomotion device / free-energy landscape corresponding / energy / /

Organization

Department of Applied & Computational Mathematics / California Institute of Technology / Center for Molecular Cybernetics / National Science Foundation / Department of Bioengineering / Department of Computation & Neural Systems / NHS / USA Department of Computer Science / /

Position

unidirectional DNA walker / synthetic DNA walker for molecular transport / /

Product

bp 100 / /

ProvinceOrState

North Carolina / California / /

Technology

hybridization / polymerization / design algorithm / simulation / DNA hybridization / gel electrophoresis / obtained using a design algorithm / /

URL

www.nature.com/naturenanotechnology / http /

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