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3 for 2 Offer SELECTBIO Conferences 3D-Printing and Biofabrication 2020Single Cell Analysis 2020Innovations in Microfluidics 2020Multi-Cellular Engineered Living Systems Summit2D-to-3D Culture and Organoids 2020ePoster Award Prize

Inertial Microfluidics



Held in conjunction with Lab-on-a-Chip & Microfluidics World Congress 2017

03 Oct 2017, at 19:30-22:00 in Coronado Island, California

Price:



Inertial phenomena in microfluidic systems are of growing interest due to their ability to manipulate bioparticles.  Recent studies demonstrated these effects in microchannels of various geometries, including straight, spiral, and serpentine channels.  This workshop aims to expose the inertial microfluidic phenomena for applications in bioparticle separation, enrichment, and ordering.  Attendees will gain working knowledge of the fundamentals governing the inertial microfluidics, the approaches used to study these phenomena, and new ways they can be exploited. The workshop is aimed at students, post-docs, faculty, as well as R&D scientists and engineers with interest in inertial microfluidic phenomena and their biomedical applications.

All attendees of this training course will receive the presentation files and associated publications and reviews (via online access) enabling a complete and thorough learning experience.

This training course includes a light dinner facilitating networking amongst the delegates and foster discussions

Specific Topics Addressed in this Training Course

Physics of Inertial Migration and Focusing

  • Lift forces & focusing in rectangular channels
  • Effects of flow, channel size, and bead/cell diameter
  • Non-spherical and deformable beads/cells

Methods for Characterization of Inertial Flows

  • Flow visualization
  • Focusing visualization
  • Quantification of sorting results

Effects of Microchannel Geometry

  • Curved microchannels
  • Expansion/contraction microchannels
  • Structured microchannels
  • Non-rectangular cross-sectional geometries

Applications

  • Blood fractionation
  • Rare cell isolation
  • Flow cytometry & single position focusing
  • Cell staining & solution exchange

Future Directions & Concluding Remarks

Ian Papautsky

Ian Papautsky, Professor of Bioengineering, Co-Director, NSF Center for Advanced Design & Manufacturing of Integrated Microfluidics, University of Illinois at Chicago