Next Generation Electroporator for Cell and Gene Therapy Applications - Texts

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Research unit

INNOSUISSE

Project number

108.395.1 IP-LS

Project title

Next Generation Electroporator for Cell and Gene Therapy Applications

Texts for this project

	German	French	Italian	English
Short description		-	-
Abstract		-	-

Inserted texts

Category	Text
Short description (German)	Next Generation Electroporator for Cell and Gene Therapy Applications
Short description (English)	Next Generation Electroporator for Cell and Gene Therapy Applications
Abstract (German)	Viral vectors are key for immunotherapy's intracellular delivery, but their cost is prohibitive. Electroporation, a low-cost alternative, damages the cell phenotype due to the high electric fields used. Our next-gen electroporator uses a smaller electric field, providing gentler treatment for cells.
Abstract (English)	Viral vectors are key for immunotherapy's intracellular delivery, but their cost is prohibitive. Electroporation, a low-cost alternative, damages the cell phenotype due to the high electric fields used. Our next-gen electroporator uses a smaller electric field, providing gentler treatment for cells.