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Microfluïdische apparaat voor het herstellen van een tumor micro-omgeving<em> In vitro</em
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Capítulos
- 00:05Título
- 00:50Introduction
- 02:52Microfluidic Device Fabrication
- 05:45Formation of Uniform Tumor Spheroids using the Hanging Drop Method
- 07:04Introduction of Spheroids into the Microfluidic Device
- 09:18Introduction of Apoptosis-detecting Agent into the Microfluidic Device
- 10:50Introduction of Therapeutic Agents into the Microfluidic Device
- 11:59Time Lapse Microscopy and Estimation of Drug Diffusivity Coefficients
- 14:25Representative Results
- 15:30Concluding Remarks
We presenteren de procedure voor de productie en exploitatie van een microfluïdische apparaat dat heterogene tumor micro-omgevingen herschept<em> In vitro</em>. De variabiliteit in apoptose in tumorweefsel werd gekwantificeerd met behulp fluorescerende vlekken en effectieve diffusiecoëfficiënt van het chemotherapeuticum doxorubicine in tumorweefsel werd geëvalueerd.
Tags
Microfluidic DeviceTumor MicroenvironmentIn VitroDrug DeliverySystemic ClearanceHeterogeneousVasculatureNutrientsViable CellsQuiescent CellsNecrotic CellsCancer DrugsPenetrationMonolayersIn Vitro ModelPDMSSoft LithographyMulticellular Tumor SpheroidsHanging Drop MethodRectangular ChambersContinuous Medium PerfusionLinear GradientsFluorescent StainsApoptosis VariabilityChemotherapeutic Drug DoxorubicinDiffusion CoefficientCell Lines
