Searched for: author:"van Oene, M.M."
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van Oene, M.M. (author), Ha, S. (author), Lee, M. (author), Pedaci, F. (author), Lipfert, J. (author), Dekker, N.H. (author)
Single-molecule manipulation techniques have provided unprecedented insights into the structure, function, interactions, and mechanical properties of biological macromolecules. Recently, the single-molecule toolbox has been expanded by techniques that enable measurements of rotation and torque, such as the optical torque wrench (OTW) and...
journal article 2018
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van Oene, M.M. (author), Dickinson, L.E. (author), Cross, B. (author), Pedaci, F. (author), Lipfert, J. (author), Dekker, N.H. (author)
The bacterial flagellar motor of Escherichia coli is a nanoscale rotary engine essential for bacterial propulsion. Studies on the power output of single motors rely on the measurement of motor torque and rotation under external load. Here, we investigate the use of magnetic tweezers, which in principle allow the application and active control...
journal article 2017
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Dekker, N.H. (author), Ha, S. (author), Janissen, R. (author), Ussembayev, Y. (author), van Oene, M.M. (author), Solano Hermosilla, B.P. (author)
Titanium dioxide (TiO2) is a key component of diverse optical and electronic applications that exploit its exceptional material properties. In particular, the use of TiO2 in its single-crystalline phase can offer substantial advantages over its amorphous and polycrystalline phases for existing and yet-to-be-developed applications. However, the...
journal article 2016
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Van Oene, M.M. (author)
This thesis describes developments in the characterization of torque-spectroscopy techniques, in particular magnetic and optical tweezers, with the goal of employing these techniques in studies on the bacterial flagellar motor of Escherichia coli.
doctoral thesis 2016
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Van Oene, M.M. (author), Dickinson, L.E. (author), Pedaci, F. (author), Köber, M. (author), Dulin, D. (author), Lipfert, J. (author), Dekker, N.H. (author)
Superparamagnetic beads are widely used in biochemistry and single-molecule biophysics, but the nature of the anisotropy that enables the application of torques remains controversial. To quantitatively investigate the torques experienced by superparamagnetic particles, we use a biological motor to rotate beads in a magnetic field and demonstrate...
journal article 2015
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Lipfert, J. (author), van Oene, M.M. (author), Lee, M. (author), Pedaci, F. (author), Dekker, N.H. (author)
journal article 2015
Searched for: author:"van Oene, M.M."
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