| Document Date: 2014-12-10 01:55:25
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City Providence / New York / Oxford / / Company Nikon / HP / / Country United Kingdom / / / Facility Brown University / New York University / / IndustryTerm travel range / 100× oil-immersion objective / travel changes / real-time tracking software / / Organization New York University / New York / School of Engineering / National Science Foundation / Brown University / / Person Thomas R. Powersa / Jay X. Tangb / Bin Liua / Kenneth S. Breuera / Marco Gulinoa / Michael Morseb / / / Position Author / / Product P-721 / / ProgrammingLanguage Objective-C / / ProvinceOrState Rhode Island / New York / / TVStation CBET / / URL www.pnas.org/cgi/doi/10.1073/pnas.1407636111 / /
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Helical motion of the cell body enhances Caulobacter crescentus motility Bin Liua,1, Marco Gulinoa, Michael Morseb, Jay X. Tangb, Thomas R. Powersa,b, and Kenneth S. Breuera a School of Engineering, Brown University, Pr