UNIVERSITY OF VIRGINIA
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      • Passive Valving
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      • A Fully Integrated Microfluidic Genetic Analysis Device for the Detection of Blood Cancers
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Passive Valving 

The analogy of electrons traveling through circuits being similar to a fluid flowing through a pipe has long been useful in explaining basic electronics to the uninitiated.  In recent years, this analogy between microelectronics and the much newer field of microfluidics has expanded rapidly.  Work in the Landers lab has focused on leveraging the knowledge base from microelectronics into a new paradigm for passively controlling fluid flow in microfluidics.  Passive fluid controls in microfluidics, similar to passive components in electronics, do not require an external energy source, greatly increasing the simplicity and portability of microdevices.  Using microfluidic components analogous to fundamental electric circuit components (resistors, capacitors, rectifiers), we are modeling and characterizing microfluidic circuits (filters, timers, etc…) created when the components are combined.

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Contact Landers Research Group
jpl5e@virginia.edu
(434) 243-8658
375, 379, 395 Chemistry Building
McCormick Road
​Charlottesville, Va 22904
UVA Chemistry Department
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  • Home
  • Previous Research
    • Centrifugal Microdevices >
      • PET Chips
    • Clinical Diagnostics and Forensic Analysis >
      • Cell Sorting and Solid Phase Extraction >
        • Acoustic Differential Extraction
        • Isolation of Circulating Tumor Cells
        • Enhanced Sperm Cell Recovery
        • Monolith Stationary Phase for Microfluidic DNA Purification
        • Nucleic Acid Purification in a Two-Stage, Dual-Phase Microchip
        • Large Volume Reduction Solid Phase Extraction
        • Plastic SPE Microdevices
      • Polymerase Chain Reaction (PCR) >
        • Infrared PCR
        • Microwave PCR
      • Label-Free Optical Methods for DNA and Cell Quantification
      • DNA Extraction and PCR Amplification
    • Fluidic Control >
      • Passive Valving
    • Genetic Analysis >
      • A Fully Integrated Microfluidic Genetic Analysis Device for the Detection of Blood Cancers
      • Electric Field-Flow Fractionation for DNA Concentration
      • Acousto-Optic Tunable Fiber
    • Narcotics and Explosives Colorimetric Detection
  • People
  • Publications
  • Collaborators
  • Contact
  • Conferences