Webinars Registration Archive Instructions Virtual classroom Online courses Customer login Glossary Help FAQ Main >> Support >> Webinars >> Lab-On-a-Chip (LOC) Biophysical Simulation: Modeling Microfluidic Systems in QuickField Lab-On-a-Chip (LOC) Biophysical Simulation: Modeling Microfluidic Systems in QuickField microfluidic, dielectrophoresis, LOC, Lab-On-a-Chip, dielectric, polarization, membrane, organelle, LabelMover Free webinar on September 27, 2011 with invited speaker Mr. Errol M. Glenn from University of California, Irvine. Seminar content: Problem Discussion: Microfluidic Device Geometry & Fluid Flow Field Dielectrophoresis: Dielectric Polarization Using Inhomogenous Electric Fields Materials Properties: BioParticle Permittivity Properties BioParticle Membrane & Organelle (Size/Scale) Design: from simple-spherical to elongated-complex Electrode Design Considerations Electrothermal Effects Comparison of QuickField DEP Force Simulation Results to Published Experimental Data Optimization Techniques using LabelMover in QuickField Download the video recording. Watch online on YouTube.

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