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Issue 5, 2008
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Numerical design of electrical-mechanical traps

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We present a coupled immersed interface method-boundary element method (IIM-BEM) numerical technique that predicts the behaviour of deformable cells under the effect of both hydrodynamic and electrical forces. This technique is applied to the study of a hybrid electrical-mechanical trap for single-cell trapping. We report on the effect of different combinations of electrode positions and mechanical properties of the trap on the maximum loading and unloading Reynolds numbers. We also report on the effect that cells moving with the flow have on cells which have been already trapped in a cavity.

Graphical abstract: Numerical design of electrical-mechanical traps

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26 Nov 2007
10 Mar 2008
First published
01 Apr 2008

Lab Chip, 2008,8, 755-763
Article type

Numerical design of electrical-mechanical traps

D. V. Le, C. Rosales, B. C. Khoo and J. Peraire, Lab Chip, 2008, 8, 755
DOI: 10.1039/B718153A

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