Zachary Gagnon
Texas A&M University
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uPiP Device
uPiP Device
Lab Lunch! (Summer 2019)
Lab Lunch (Summer 2019)
The Gagnon Lab (TAMU)
Steven Doira, Jarad Yost, Dr. Zachary Gagnon, Yuncheng Yu, Md Nazibul Islam, Edwin Lavi
Teaching Microfluidics to a New Generation
Fun outreach activities illustrating paper-based microfluidics.
The Gagnon Lab (JHU)
Top Row: Steven Doria, Mitchell Desmond, Nick Mavrogiannis, Xiatong Fu, Arya Reddy; Bottom Row: Dr. Zachary Gagnon, Markela Ibo, Francesca Crivellari
Microfluidic Control of Extracellular Environments
Using microfluidics we study the migration of single cells in response to external cues.
Microfluidic Free-flow Isotachophoresis
Free-flow Isotachophoresis can be used to concentrate charged molecules in solution.
Microfluidic Free-flow Electrophoresis
We induce free-flow electrophoresis in low-cost PDMS microfluidic chips.
Contactless Electrokinetics
Microfluidic flows can be controlled using DC electric fields.
Microfluidic Gradient Generator
We can produce stable passive gradients for cell migration studies using microfluidics.
Free Flow Isotachophoresis
Using microfluidics and integrated carbon black electrodes we induce free-flow electrophoresis in microfluidic channels.
Fluidic Dielectrophoresis
An electrical liquid interface displaces in an AC electric field.
Cellular Dielectrophoresis
Using dielectrophoresis we can determine if red blood cells have been introduced into circulation by an autologous blood transfusion.
