Our 
goals are to study:
- the transport of biomolecules in nanochannels under both electrokinetic and magnetic forces;
- the transport of nanoparticles and DNA molecules in confined geometries and into human cells;
- the bulk and single cell electroporation in micro/nanofluidic devices.
Item (a) supports the Biosensors/Chips Testbed, (b) the Drug/Gene Delivery
Testbed, (c) the Cell-based Devices and Constructs Testbed.
Related Research Briefs (.pdf) :
- Brownian Dynamics Simulation of DNA Conformational Trapping in a Micro-Mixing Flow
- Single DNA Dynamics in Micropillar Array
- Modeling of Electro-osmotic Flow and Particle Transport in Micro-/Nanonozzles
- Molecular Simulations in Nanochannels: Modeling the Nanofactory
- Multiscale Transport in Microfluidic and Nanofluidic Systems
- Experiment and Numerical Simulation of Gas-Liquid Flow in Microchannels
- High-Speed Confocal Micoscopy
- Instantaneous DNA Electrophoretic Mobility
- Issues in the Practical Design of a Biomolecule Separation Device Using Two-Phase Coating Flow