DNA double helix
Knockout Fibroblasts

CRISPR-Edited Fibroblasts

User-supplied, gene-edited primary fibroblasts

Overview

>80% KO editing efficiency with EditCo’s XDel guide design

Edited cells in 4 weeks or faster from cell line receipt

Streamline screening with our fibroblast editing at library scales

A flexible CRISPR platform enables efficient editing of customer-supplied cells

Primary fibroblasts
Deliverables
BrochureEditCo Capabilities BrochureDiscover how EditCo is redefining genome engineering with high-efficiency CRISPR knockouts, knock-ins, and functional tags, built for scalable, reproducible, biologically relevant results.Download Now
FlyerResearch-ready, CRISPR-edited FibroblastsLearn more about our made-to-order, high-efficiency edited primary human fibroblast pools.Download Now
Application NoteXDel Technology Enables Sustained Protein Depletion and Simplified Genotyping Compared with Conventional CRISPR Guide DesignsLearn how XDel CRISPR knockout technology achieves sustained protein depletion, larger fragment deletions & simplified genotyping compared with conventional guide designs.Download Now
FlyerIndustrialized CRISPR Cells: CRISPR Done for YouEditCo’s next-generation engineered cells provide researchers with access to the benefits of CRISPR. You no longer need to invest significant time and money to learn and optimize methods.Learn More
FlyerKnockout Primary Immune Cell PoolsEdited-to-order Knockout CD4+ T-cells guarantee high knockout efficiency while retaining high cell viability and post-editing functionality.Learn More
PosterRapid and Efficient Genome Editing for Human Primary T-CellsEditCo can quickly provide functional, stable, made-to-order edited T-cells from a variety of prevalidated donors using our genome engineering platform. Presented at Immuno-Oncology 2024.Learn More
Peer-reviewed PaperNon-viral expression of chimeric antigen receptors with multiplex gene editing in primary T cellsLearn how we're carving a path for potential "off-the-shelf" CAR-T therapies in collaboration with the Saha lab at the University of Wisconsin - Madison.Learn More
EditCo’s Automated CRISPR Platform
Leveraging a sophisticated infrastructure with integration between bioinformatics, software, and automated platformsLearn More
Automating biology and synergistic disciplines for streamlined cell editing and cell culture workflowsLearn More
Delivering experiment-ready edited cells for your next discoveries through a robust and cohesive ecosystemLearn More
Learn more about our platform
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