Announcing our newest edited-to-order primary cells: Knockout CD8+ T-cell Pools!! With high post-editing viability and proven cytotoxicity, customizable CRISPR solutions of the future are here. 🚀💥 https://t.co/7l910Nbiwg #TcellEditing #CRISPR #EditCoBio #GenomeEngineering

Automation + CRISPR = scalable, high-quality edits. See how @EditCo_Bio's Argo platform accelerates discovery in iPSCs, immortalized, and primary cells. 📅 MSKCC Tech Talk: Nov 5, 2 PM, RRL-101👉 https://t.co/eMp8jKK0nJ #CRISPR #iPSCs #GeneEditing #LabAutomation #CellEngineering

Small tag knock-ins used to be a challenge — low yields, high variability, stalled projects. Now, with automated HiBiT knock-ins, we’re seeing >80% efficiencies across diverse cell types. Watch our on-demand webinar👉 https://t.co/1uYSPN4BJC

Healthy cells = better CRISPR edits 🧬 Learn how cell health impacts editing precision and efficiency — and what you can do to improve it. 🎥 Watch our on-demand webinar with IDEXX BioAnalytics: Ensuring Cell Health for Successful CRISPR Gene Editing: https://t.co/1mPFFkpxyV

We’re heading to ELRIG Drug Discovery 2025! Visit EditCo Bio at Booth E13 to chat about all things CRISPR — from XDel knockout kits, Knock-ins to precision tagging. We’re excited to reconnect, brainstorm, and meet new faces in the discovery community!

Are your neuroinflammation models holding you back? See how Arctoris, EditCo & BrainXell use CRISPR-edited, iPSC-derived microglia in automated, multiplexed assays to boost disease modeling & drug discovery. Watch the on-demand webinar👉 https://t.co/5jUZw5VS9M #CRISPR #iPSC

Study transmembrane proteins in real time with HiBiT CRISPR cell lines! HiBiT-tagged EGFR cells + live-cell imaging let researchers track protein trafficking and internalization while preserving native function👉 https://t.co/4p4kHqtLMB On-demand webinar👉 https://t.co/Hf5te5ISb2

Speed meets precision in cancer target discovery! CBI researchers used EditCo XDel Knockout Cells to study SURF2, a gene linked to nucleolar stress in cancer. ✅ 100% knockout efficiency ✅ Ready-to-use pools ✅ Published in Nature Communications👉 https://t.co/kKgUb9bAzR #XDel

Ready to kickstart your iPSC knockout experiments? Our Engineered iPS Cell Libraries Quick Start Guide shows how to store, resuscitate & culture your pools — made with synthetic sgRNAs & SpCas9 RNPs for reliable editing👉 https://t.co/Q0fnQ3wtn7 #iPSC #CRISPR #GeneEditing

Consistent. Precise. Reproducible. XDel knockout cells deliver >95% knockout efficiency across multiple cell types — guaranteed.📊 See the data: https://t.co/AYapuwi1up #GeneKnockout #GeneKnockin #GeneEditing #EditCoBio

CRISPR-edited T cells are transforming immunotherapy research. Our R&D team shows how we generate high-efficiency CD4+ & CD8+ knockouts in only 14 days—and share the post-edit data you need to evaluate: viability, expansion & function. Watch the webinar👉 https://t.co/9FV6V6R47V

DIY CRISPR? Not all kits are created equal. Choose a knockout kit that delivers reliable, reproducible results—because your research deserves better. 👉 Here’s your guide: https://t.co/wu9lBkLYmm #CRISPR #GeneEditing #KnockoutKit #GenomeEditing #CellBiology #MolecularBiology

Screen smarter, screen faster! @EditCo_Bio's Arrayed CRISPR gRNA Libraries use smart guide design + automation for precise, reliable knockouts. Delivered in as few as 7 days. See workflow: https://t.co/U5Q1C2RzNd #CRISPR #GeneEditing #DrugDiscovery

CRISPR at scale. Argo automates everything from imaging to high-throughput expansion, powered by AI-driven decisions — making high-quality edited cells scalable and reliable👉 https://t.co/Pz6k0RRVW9 #CRISPR #CellEngineering #iPSCs #GeneEditing #LabAutomation #HighThroughput

CRISPR knockouts made easy! @EditCo_Bio's Engineered Cell Libraries (ECL) help you recover, culture, and assay knockout cells faster—without disrupting cell biology. Quick Start Guide 👉 https://t.co/WIwjSj5A8G #CRISPR #GeneEditing #CellBiology #EditCoBio #KnockOut

700+ CRISPR-edited samples across 6 cell lines: XDel multi-guide knockouts deliver high on-target editing, lower off-target effects, and NGS-validated protein depletion—no gRNA pre-screening needed. Learn more: https://t.co/DAQRfNMbjg #CRISPR #GeneEditing #NGS #FunctionalGenomics

Small tag knock-ins used to be tough—low yields, high variability. Now with automation, we’re seeing >80% HiBiT knock-in efficiency across diverse cell types. Watch the on-demand webinar: https://t.co/7SZVdtTRHy #CRISPR #HiBiT #GeneKnockIn #DrugDiscovery #TPD #ProteinDegradation

Did you know? @EditCo_Bio (at the time, as Synthego) partnered with NIH to power a large-scale Alzheimer’s research initiative using industrialized CRISPR iPS cells. Read more about the case study 👉 https://t.co/g7CHn8On5K #CRISPR #iPSCs #AlzheimersResearch

CRISPR success starts with the right cells. Through partnerships with ATCC & BrainXell, we offer in-house immortalized & iPS cell lines—validated, consistent, & ready for editing. BX-30: https://t.co/6AGai2lzxP BX-32: https://t.co/yBBDaVC3uQ Full list👉 https://t.co/Iz7d8HkNSf

Why does guide design matter in CRISPR knockouts? Single-guide kits leave disruption to chance. With our XDel 3-guide strategy, you get precise deletions + reliable knockouts. New users: try w/ code GKO50 👉 https://t.co/o76Kn6ulFv #CRISPR #GeneEditing #KnockoutKit #GenomeEditing

CRISPR-edited CD8+ T cells with >90% efficiency—no cloning needed. Functional knockout pools for faster cancer & cell therapy research. See them in action 👉 https://t.co/hXxQZg9G6Z #TCells #CRISPR #CancerResearch #CellTherapy