Advancing Cancer Research with EditCo's XDel Knockout Cell Pools: Unveiling SURF2’sRole in Nucleolar Stress and Its Potential as a Therapeutic Target
Dr. Simon Lebaron’s team used EditCo’s XDel Knockout Cells to study SURF2’s role in nucleolar stress, revealing its potential as a cancer therapy target. Download the case study to learn more.
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Characterisation of TREM2 R47H iPSC-Derived Microglia, & Assessmentof Their Suitability for NLRP3 Inflammasome Drug Discovery
By integrating EditCo’s CRISPR-based gene engineering, BrainXell’s specialized iPSC-derived neural cell solutions, and Arctoris’s advanced screening capabilities, we developed TREM2 R47H iPSC-derived microglia for a deeper look at the NLRP3 inflammasome.
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Immunology 2025 Poster: High Quality On-Demand Gene-Edited Human Primary T Cells
EditCo can quickly provide made-to-order edited T cells from a variety of prevalidated donors. T cell pools have high editing efficiencies that are stable over time. EditCo T cells have high viability and can be massively expanded by the end user.
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AACR 2025 poster: AI-Driven Discovery of Novel Synthetic Lethal Gene Pairs for Targeted Cancer Therapy
In summary, using EditCo's high throughput automated cell line engineering platform, EditCo generated 72 knockout pools in less than 3 weeks to validate novel SL gene pair relationships.
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CRISPR Screening 101
Learn how EditCo’s advanced screening libraries, featuring XDel technology and arrayed formats, can enhance your research and streamline your drug discovery process.
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Precision CRISPR Editing of Induced Pluripotent Stem (iPS) Cells
Explore how EditCo Bio's optimized protocols deliver knockout efficiencies of ~90% in iPS cell pools, all while guaranteeing your desired edits.
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Cell Engineering 101 eBook
Discover methods and insights into skillfully generating knockout or knock-in CRISPR edits in a wide-range of cell lines.
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CRISPR-Engineered Cells Enable Variant Disease Modeling
Understand how all researchers can leverage CRISPR-engineered cells to model multiple genetic variants and clones at scale.
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XDel Improves CRISPR Efficiency by Generating Fragment Deletions
Discover how our intelligently designed XDel Technology enhances CRISPR knockout efficiency through precise single exon fragment deletions.
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Unlocking the Genetic Code: The Power of CRISPR in Modern Science
A comprehensive overview of CRISPR technology including its historical development, mechanisms, wide-ranging applications, and potential for changing the future of science.
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Advancing Gene Editing with Precision and Automation
Discover how EditCo's adoption of SPT Labtech’s comPOUND® system optimizes gene editing workflows and accelerates scientific discovery.
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Industrialized CRISPR iPS Cells Enable NIH Large Scale Alzheimer’s Disease Research Effort
Learn how EditCo's partnership with the NIH on the iPSC Neurodegenerative Disease Initiative (iNDI) project advances Alzheimer’s disease research.
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Automating Away Complexity: High-Throughput NGS Screening of CRISPR Edits
EditCo automated NGS library preparation workcell and its adjoining software are built to handle a huge array of CRISPR edits reliably every time within unique constraints. Our automation, software logic, analysis pipeline, and ability to deliver in time are best in class, allowing us to process thousands of samples a week and partner with industry leaders to help drive genetic disease research.
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Accelerating Gene-Editing Workflows Using an Integrated and Automated Platform for Managing Inventory and Delivery of Guide RNAs
EditCo’s unique multi-guide designs are available at unparalleled speeds through a robust automated inventory management and fulfillment platform. Specifications are defined and periodically checked to ensure that process-critical instruments are performing within expectations and the health of the process is monitored.
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