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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fizyolojik olarak ilgili model yumurtalık tümör progresyonunu incelemek için, çok hücreli küreler simüle sıvı akışı altında microdevice kültürlenmiştir. Bu dinamik 3D modeli yumurtalık kanseri metastazı meydana hücresel ve mekanik bileşenleri ile intraperitoneal ortamı benzetilmiştir.