Seeding the Microfluidic Chip with Primary Peritoneal Mesothelial Cells
6:08
Ovarian Cancer Spheroid Formation and Co-culture
8:09
Perfusion Platform Assembly and Co-culture
9:16
Results: Ovarian Cancer Spheroid Behavior in a 3D Peritoneal Microfluidic Device
10:09
Conclusion
Transcript
The overall goal of this procedure is to create a dynamic microfluidic-based co-culture platform to emulate the intraperitoneal environment with the cellular and mechanical components where ovarian cancer metastasis occurs. By using this micro for
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För att studera äggstockstumörprogression i en fysiologiskt relevant modell, flercelliga spheroids odlades i en mikroanordning under simulerad vätskeflöde. Denna dynamiska 3D-modell emulerar intraperitoneal miljö med de cellulära och mekaniska komponenter där äggstockscancer metastas inträffar.