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Under-oil micro tissue system with computer-controlled mechanical cues

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Our team is working to recreate a piece of a microfluidic system that allows for mechanical cues to be performed without altering the temperature, humidity, and oxygen levels.

Project Overview

Our client has asked us to recreate a piece for an under-oil microfluidic system that works to decrease the risk of fluctuation of humidity, temperature, and oxygen.

Team Picture

Left to Right: Jeremy Kolasa, Alex Blayblock, Brendan Doherty, Ethan Rao, Ryan Granowski, Samantha RusselHapp
Left to Right: Jeremy Kolasa, Alex Blayblock, Brendan Doherty, Ethan Rao, Ryan Granowski, Samantha RusselHapp

Contact Information

Team Members

  • Ryan Granowski - Team Leader
  • Brendan Doherty - Communicator
  • Alex Blaylock - BSAC
  • Ethan Rao - Co-BWIG
  • Samantha RusselHapp - Co-BWIG
  • Jeremy Kolasa - BPAG

Advisor and Client

  • Prof. Filiz Yesilkoy - Advisor
  • Dr. Chao Li - Client
  • Prof. Dave Beebe - Alternate Contact

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