Bridging Si3N4 nanopipettes and glass micropipettes: hollow SU-8 cantilevers for 2D and 3D cell printing - Texts

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Research unit

INNOSUISSE

Project number

18511.1 PFNM-NM

Project title

Bridging Si3N4 nanopipettes and glass micropipettes: hollow SU-8 cantilevers for 2D and 3D cell printing

Texts for this project

	German	French	Italian	English
Short description		-	-
Abstract		-	-

Inserted texts

Category	Text
Short description (German)	Bridging Si3N4 nanopipettes and glass micropipettes: hollow SU-8 cantilevers for 2D and 3D cell printing
Short description (English)	Bridging Si3N4 nanopipettes and glass micropipettes: hollow SU-8 cantilevers for 2D and 3D cell printing
Abstract (German)	We will define the process for the microfabrication of a novel FluidFM product: SU-8 cantilevers with an\|embedded 20-ìm thick channel and a 20-ìm aperture. The novel cantilever product will allow for mammalian\|cells to flow through it. We will establish the application note for single-cell dispensing and 3D cell printing.
Abstract (English)	We will define the process for the microfabrication of a novel FluidFM product: SU-8 cantilevers with an\|embedded 20-ìm thick channel and a 20-ìm aperture. The novel cantilever product will allow for mammalian\|cells to flow through it. We will establish the application note for single-cell dispensing and 3D cell printing.