Microfluidics: Tunnel Dielectrophoresis for Tunable, Single-Stream Cell Focusing in Physiological Buffers in High-Speed Microfluidic Flows (Small 32/2016)

On page 4343, P.‐Y. Chiou and co‐workers demonstrate a novel tunnel dielectrophoresis (TDEP) mechanism for continuously tunable, sheathless, 3D, and single‐stream microparticle as well as cell focusing in high‐speed flows in regular physiological buffers. Particles and cells showing negative DEP res...

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Published inSmall (Weinheim an der Bergstrasse, Germany) Vol. 12; no. 32; p. 4302
Main Authors Kung, Yu-Chun, Huang, Kuo-Wei, Chong, William, Chiou, Pei-Yu
Format Journal Article
LanguageEnglish
Published Weinheim Blackwell Publishing Ltd 01.08.2016
Wiley Subscription Services, Inc
Subjects
dielectrophoresis
microfluidics
Nanotechnology
physiological buffers
Physiology
single-stream focusing
tunable
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Abstract On page 4343, P.‐Y. Chiou and co‐workers demonstrate a novel tunnel dielectrophoresis (TDEP) mechanism for continuously tunable, sheathless, 3D, and single‐stream microparticle as well as cell focusing in high‐speed flows in regular physiological buffers. Particles and cells showing negative DEP responses can be focused at the electric field minimum location regardless of their types and sizes.
AbstractList On page 4343, P.‐Y. Chiou and co‐workers demonstrate a novel tunnel dielectrophoresis (TDEP) mechanism for continuously tunable, sheathless, 3D, and single‐stream microparticle as well as cell focusing in high‐speed flows in regular physiological buffers. Particles and cells showing negative DEP responses can be focused at the electric field minimum location regardless of their types and sizes.
Author Kung, Yu-Chun
Huang, Kuo-Wei
Chong, William
Chiou, Pei-Yu
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  givenname: Pei-Yu
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  fullname: Chiou, Pei-Yu
  organization: Department of Mechanical and Aerospace Engineering, University of California at Los Angeles (UCLA), 14-124 Eng. IV, 420 Westwood Plaza, CA, 90095-1597, Los Angeles, USA
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Snippet On page 4343, P.‐Y. Chiou and co‐workers demonstrate a novel tunnel dielectrophoresis (TDEP) mechanism for continuously tunable, sheathless, 3D, and...
On page 4343, P.-Y. Chiou and co-workers demonstrate a novel tunnel dielectrophoresis (TDEP) mechanism for continuously tunable, sheathless, 3D, and...
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SubjectTerms dielectrophoresis
microfluidics
Nanotechnology
physiological buffers
Physiology
single-stream focusing
tunable
Title Microfluidics: Tunnel Dielectrophoresis for Tunable, Single-Stream Cell Focusing in Physiological Buffers in High-Speed Microfluidic Flows (Small 32/2016)
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