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Chapitres
- 00:05Titre
- 02:16Device Fabrication and Soft Lithography
- 05:17Sample Preparation
- 07:18Experimental Setup
- 11:35Results: Controlled Single- and Double-particle Encapsulation
- 15:44Conclusion
Combinando goccia generazione monodisperse con ordinamento inerziale di cellule e particelle, si descrive un metodo per incapsulare un numero desiderato di celle o particelle in una singola goccia a tassi kHz. Abbiamo dimostrato efficienze due volte superiori a quelli di incapsulamento non ordinate per raccogliere le gocce singola e doppia-particelle.
Tags
High ThroughputSingle-cellMultiple-cellMicro-encapsulationMicrofluidic Encapsulation MethodsPicoliter-scale DropsConfinementBulk Fluid EnvironmentHigh Throughput ScreeningCytometryMass SpectrometryEncapsulate Single CellsCapture Set Number Of CellsIsolationInteractions Between CellsControlled SizesDrop Generation TechniquesCell And Particle OrderingAqueous Particle SuspensionImmiscible Fluorocarbon OilFlow Focusing NozzleEncapsulation EfficiencyPolystyrene ParticlesPoisson Efficiencies
