_roger-kamm-dsci-seminar-studies-of-single-cell-and-cell-population-behaviors-in-3d-co-culture-microfluidic-systems.jpg "Roger Kamm, DSCI Seminar: Studies of Single Cell and Cell Population Behaviors in 3D Co-Culture Microfluidic Systems from vivo culture medium Video Screenshot Preview")
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⏲ Duration: 34 min 23 sec
✓ Published: 05-Aug-2014
✓ Published: 05-Aug-2014
Description:
Recent years have seen rapid expansion of the capabilities to recreate in vivo conditions using in vitro microfluidic assays. A wide range of single cell and cell population behaviors can now be replicated, controlled and imaged for detailed studies to gain new insights. Such experiments also provide useful fodder for computational models, both in terms of estimating model parameters and for testing model-generated hypotheses. Our experiments have focused in several different areas. 1) Single ce
Recent years have seen rapid expansion of the capabilities to recreate in vivo conditions using in vitro microfluidic assays. A wide range of single cell and cell population behaviors can now be replicated, controlled and imaged for detailed studies to gain new insights. Such experiments also provide useful fodder for computational models, both in terms of estimating model parameters and for testing model-generated hypotheses. Our experiments have focused in several different areas. 1) Single ce
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