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01270 am a22001573u 4500 |
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262072 |
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|a Holmes, David
|e author
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|a Sandison, Mairi
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|a Green, Nicolas G
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|a Morgan, Hywel
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|a On-chip high-speed sorting of micron-sized particles for high-throughput analysis
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|c 2005-08.
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|z Get fulltext
|u https://eprints.soton.ac.uk/262072/1/DEP_Gate_NBT.pdf
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|a A new design of particle sorting chip is presented. The device employs a dielectrophoretic gate that deflects particles into one of two microfluidic channels at high speed. The device operates by focussing particles into the central streamline of the main flow channel using dielectrophoretic focussing. At the sorting junction (T- or Y-junction) two sets of electrodes produce a small dielectrophoretic force that pushes the particle into one or other of the outlet channels, where they are carried under the pressure-driven fluid flow to the outlet. For a 40mm wide and high channel, it is shown that 6micron diameter particles can be deflected at a rate of 300particles/s. The principle of a fully automated sorting device is demonstrated by separating fluorescent from non-fluorescent latex beads.
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