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The EDITorial

Browse our blog, The EDITorial, for articles to learn more about how genome engineering is being used in research and in our world.

Editing Process | automation | high-throughput screening | cloning workflow | process reproducibility | Scalability

Scaling Cell Culture with Argo Automation: How EditCo Delivers High-Throughput Precision

Delivering high-quality, precisely edited cells requires more than just cutting-edge CRISPR technology—it begins with a strong foundation in cell...

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CRISPR Screening | Editing Process | XDel

CRISPR Confidence: The Power of Controls in Genome Editing

Key Takeaways CRISPR controls are essential for optimizing editing efficiency, validating phenotypes, and improving experimental reproducibility....

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Editing Process | Immunology | Primary Cells

Killer CRISPR Cells: Unlocking the Functionality in Edited CD8+ T Cells

Updated July 9, 2026. Key Takeaways • CRISPR editing can impair CD8+ T-cell function if editing and recovery conditions are not optimized. • EditCo's...

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Disease Models | iPS Cells | Editing Process

Advancements in Karyotyping & the Impact on Cell-based Research

Last Updated: Jan 28, 2026 Disease modeling using human pluripotent stem cells (hPSCs) has been crucial in drug discovery, and clinical applications....

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NGS
Editing Process | automation | NGS

Automating NGS library preparation to meet the scale of CRISPR research

The Happy Marriage of CRISPR and NGS The ability of modern genome engineering to precisely modify the genetic targets in living cells has instigated...

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ngs genome sequencing data
Immortalized Cell Lines | Editing Process | Knockout Cell Pools

Premium Engineered Cells, Now NGS-verified

Last Updated: Jan 14, 2026

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CRISPR Knockout Cell Pools
Immortalized Cell Lines | Editing Process | Knockout Cell Pools

CRISPR Knockout Cell Pools are the Fastest Path to Becoming a Genome Engineer

Last Updated: Aug 14, 2026 CRISPR has changed the way scientists are able to approach their research. The popularity of CRISPR stems from its...

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