Droplet Based Microfluidics Microfluidic devices are currently capable of producing  thousands of mono-disperse drops of volumes ranging  from nanoliters to picoliters.  This exquisite capability has  the potential to revolutionize biotechnology and disease  diagnostics by enabling faster throughput and multi-  parameter screening at single cell/biomolecule resolution.                                       Researchers: Swastika Bithi, Kim Jihye, William Wang and Meng Sun Collaborators: Harris Wong (LSU), Raghunathan Rengaswamy (TTU) Click here for more details Bio-Mechanics of Worms in Microfabricated Devices To be updated.                                Researchers: Click here for more details Recent advances in microfluidics have enabled viscometers to  be fabricated from microfluidic devices. The potential benefits of  these microfluidic viscometers include operation with small  sample volumes ranging from  nanoliters to microliters and  access to shear rates not achievable by conventional  rheometry. For biological fluids such as blood, the microfluidic  format also enables measurements to be made in conditions  mimicking blood flow in microvessels.  Finally, the microfluidic  viscometers have thepotential to be multiplexed for high  throughput analysis.                Researchers: Deepak Solomon Click here for more details Engineering Devices for Cancer Diagnostics To be updated.                                                          Researchers: Zeina Khan, Brandon Aday                                                             Click here for more details Dynamics of Complex fluids in Microfluidic devices