Simulation study of rotational electric field on spherical partical for electrorotation studies (2013)

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Conference Contributions - OtherPublisher
University of Canterbury. Electrical and Computer EngineeringUniversity of Canterbury. Mechanical Engineering
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Abstract
We report three dimensional (3D) rotational (ROT) electric field simulation generated by a biochip to levitate and rotate micron sized bovine cell or a neutrally charged spherical particle. Main goal of this research is to obtain controlled object rotation in yaw, pitch and roll axes for the purpose of automation of enucleation process during bovine cloning. Finite element analysis (FEA) results of rotating electric fields are analyzed for the determination of DEP torque on the cell. This also serves as a necessary tool to determine the dielectric spectrum properties of cells for biologists.
Citation
Benhal, P., Chase, J.G, Gaynor, P., Oback, B. (2013) Simulation study of rotational electric field on spherical partical for electrorotation studies. Marina del Rey, CA, USA: 7th International Conference on Microtechnologies in Medicine and Biology (MMB 2013), 10-12 Apr 2013. 1pp.This citation is automatically generated and may be unreliable. Use as a guide only.
Keywords
biochip; enucleation; cloning; electro rotation; dielectrophoresisANZSRC Fields of Research
51 - Physical sciences::5103 - Classical physics::510303 - Electrostatics and electrodynamics09 - Engineering::0913 - Mechanical Engineering::091399 - Mechanical Engineering not elsewhere classified
31 - Biological sciences::3109 - Zoology::310909 - Animal physiology - cell
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Simulation study of rotational electric field on spherical partical for electrorotation studies
Benhal, P.; Chase, Geoff; Wang, W.; Gaynor, P.; Oback, B. (University of Canterbury. Electrical and Computer EngineeringUniversity of Canterbury. Mechanical Engineering, 2013)We report three dimensional (3D) rotational (ROT) electric field simulation generated by a biochip to levitate and rotate micron sized bovine cell or a neutrally charged spherical particle. Main goal of this research is ... -
Simulation study of rotational electric field on spherical partical for electrorotation studies
Benhal, P.; Chase, Geoff; Wang, W.; Gaynor, P.; Oback, B. (University of Canterbury. Electrical and Computer EngineeringUniversity of Canterbury. Mechanical Engineering, 2013)We report three dimensional (3D) rotational (ROT) electric field simulation generated by a biochip to levitate and rotate micron sized bovine cell or a neutrally charged spherical particle. Main goal of this research is ... -
Dielectrophoresis Based 3D Cell Rotation through Integration Of Bottom And Vertical Electrodes
Benhal, P.; Chase, Geoff; Gaynor, P.; Oback, B.; Wang, W. (University of Canterbury. Electrical and Computer EngineeringUniversity of Canterbury. Mechanical Engineering, 2013)Dielectrophoresis rotation of particles in 3D has important applications in biological cell manipulation, sorting and characterization. This paper reports the rotation of spherical bovine oocytes in yaw and pitch axes and ...