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Chapters
- 00:05Title
- 03:04Substrate Preparation and Cell Culture
- 04:30Fabrication of PDMS VMMC
- 06:37Cell Shearing
- 08:30Monocyte Adhesion Assay
- 10:55Representative Results
- 11:27Conclusion
Camere di flusso Microfluidic incisi da fotolitografia e fabbricati da PDMS sono applicate per sondare gli esiti funzionali associati alla disfunzione CE e l'infiammazione. In un esperimento rappresentativo, la capacità di sforzo di taglio differenziale di modulare l'adesione cellulare monocitica di citochina attivato CE monostrati è dimostrata.
Tags
On-Chip Endothelial Inflammatory PhenotypingAtherogenesisMetabolic AbnormalitiesSystemic InflammationEndothelial DysfunctionFunctional Changes In EndotheliumRisk AssessmentTherapeutic StrategyRegulation Of InflammationLocal HemodynamicsNon-random Spatial Distribution Of AtherosclerosisLab-on-a-chipQuantitatively Assay Metabolic PerturbationInflammatory Events In Endothelial CellsMonocytesFlow ConditionsSoft LithographyMicrofabricate Vascular Mimetic Microfluidic Chambers (VMMC)Cultured EC MonolayersImaging Inflammatory EventsShear FieldCytokine-induced InflammationLipid-induced InflammationRAGE-induced InflammationHuman Aortic EC (HAEC)Monocytic Cell Rolling And ArrestTNF-alpha
