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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