Thanks Justin Antony Selvaraj, Universitätsklinikum Tübingen, for the great presentation about our collaboration during the #FluidFM Conference 2024. The talk highlights how #CellEDIT was utilized to engineer CHO cells by delivering CRISPR components simultaneously targeting three genes directly into single-cell nuclei, resulting in the generation of monoclonal triple knockout CHO-K1 cell lines. #FluidFMConference CellEDIT Service #ICYMI, we published an announcement about the results of this collaboration last May 🔗 https://lnkd.in/dejYi-cX
CellEDIT Service
Biotechnologieforschung
Opfikon, Zurich 186 Follower:innen
Step into a world of precise gene editing, starting from a single cell. Get reliable, quality edits in just 10 weeks.
Info
Step into a world of precise gene editing, starting from a single cell. The CellEDIT service workflow is celebrated for its gentle approach and accurate editing, thanks to a careful intra-nuclear injection of editing reagents. But wait, there's more. Not only does the intra-nuclear injection minimize the impact of transfection on the cells, but it also allows for genetic modifications with unparalleled control. Take advantage of CellEDIT's expertise today and obtain reliable and high-quality edits in 10 weeks.
- Website
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https://linktr.ee/celledit
Externer Link zu CellEDIT Service
- Branche
- Biotechnologieforschung
- Größe
- 2–10 Beschäftigte
- Hauptsitz
- Opfikon, Zurich
- Spezialgebiete
- Gene Engineering, CRISPR, Gene Editing, Single Cell, Cell Line Engineering, CRISPR Cell Line Engineering Service und CRISPR Engineering
Updates
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12 years ago, the revolutionary genetic tool #CRISPR/Cas9, published in Science by Nobel Prize winners Jennifer Doudna and Emmanuelle Charpentier, forever changed the field of biology. While CRISPR has opened new frontiers in genome editing, challenges remain, such as precise delivery into the nucleus and reducing off-target effects. At #Cytosurge, our #CellEDIT platform tackles these challenges using FluidFM® technology. By directly injecting CRISPR/Cas9 RNP complexes into the nucleus of single cells, we ensure optimal delivery without the risks of viral vectors. #WorldCRISPRDay! Read the original paper: https://bit.ly/3BO74LP The Nobel Prize #NobelPrize
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CellEDIT Service hat dies direkt geteilt
CellEDIT, our CRISPR cell line engineering service, uses precise gene editing starting from the injection of a single cell. Using our precise intra-nuclear injection technique with #FluidFM, we minimize off-targeting effects and control RNP complex amounts and stoichiometry with minimal cell disruption, ensuring highly controllable genetic modifications. 🧫🔬 🎥 See the precision of CellEDIT in action: Watch CRISPR/Cas9 RNP injection into C2C12 cells using gRNA labeled with Atto 550 for real-time tracking. 🔎 Start now to get reliable, high-quality edits in 10 weeks with CellEDIT 👉 https://lnkd.in/e75Km72h 🧬Configure your C2C12 cell line 👉 https://lnkd.in/e_gycMFj #CRISPR #GeneEditing #CellLineEngineering #PrecisionScience #C2C12 #Atto550 #Biotech #IntraNuclearDelivery #GenomeEngineering #SingleCell
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🔍 Webinar Recap! #CellEDIT: A new approach to vector-free CRISPR editing starting from single cells. In a recent webinar, Dr. Tobias Beyer shared how CellEDIT tackles key challenges in CRISPR genome engineering. Traditional methods struggle with component delivery, vector integration, and off-target effects. 🚀CellEDIT overcomes them by using the #FluidFM® Nanosyringe to inject CRISPR components directly into the nucleus, ensuring precise edits with minimal disruption. Key Highlights: 🎯Vector-Free Precision: Direct intranuclear injection avoids random integration, delivering accurate edits. ✅Efficient Workflow: From editing to cell expansion and validation. 🚚CellEDIT delivers in just 10 weeks. 👌Real-World Success: Case studies show high efficiency in challenging cell lines, multiplex editing, and complex knockout models. 📽 Check out the full article (including link to the webinar) 👇 and explore how CellEDIT can advance your research. From hard-to-transfect cell lines to complex knockout studies, CellEDIT is already assisting researchers globally with high-quality, reliable engineered cell lines! #CRISPREditing #SingleCellEngineering #FluidFM #GeneEditing #BiotechInnovation #GenomeEngineering #LifeSciences #Biotechnology #SingleCell #FluidFM #GenomeEditing #CRISPR #CellEDIT #Biotechnology #FluidFMOMNIUM #LifeSciences #PrecisionGeneEditing #CytosurgeCRISPRCas9 InsideScientific | A Scientist.com Company Scientist.com https://lnkd.in/eEhmVZKK
CRISPR technology has revolutionized the field of biology. However, using CRISPR for genome editing still presents challenges, such as efficiently delivering CRISPR components into the cell nucleus, avoiding random vector integration, etc. In our latest blog with Cytosurge, we discuss how CellEDIT offers a novel approach to address these issues. Learn more about this approach, here: https://lnkd.in/gJc2v4WD
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A major breakthrough for Cytosurge > Elevate your transcriptomics research to new heights! https://lnkd.in/dre3zPxU
Super Mega Exciting News! 🚀🎉 Cytosurge and Lexogen partner to advance Live-cell sequencing 🤝 We’re beyond thrilled to announce our partnership with Lexogen! Together, we’re combining the precision of the #FluidFM OMNIUM platform with the ultra-sensitive #LUTHOR HD RNA-Seq kit to revolutionize Live-cell sequencing (Live-seq)! 🧫🔬 This collaboration aims to provide a scalable, easy-to-use workflow for Live-seq, where a tiny fraction of a cell can seamlessly be extracted and then processed into an RNA-Seq library. Cytosurge and Lexogen are already sharing promising results, demonstrating the generation of robust transcriptomic data from cytoplasmic samples between 1.3 to 1.8pL of a single-cell! 📊🔝 Future developments are on their way, including repeated sampling on the same cell, correlations of RNA profiles to cell phenotypes or links between transcriptomics and biomechanics – stay tuned! 💡 For an in-depth look at the workflow and results, download the application note! 📥 Link in the announcement https://lnkd.in/eFn4pixr #Cytosurge #Lexogen #LiveSeq #SingleCellResearch #RNAseq #Transcriptomics #Innovation #Science #Biotech #Research #LifeScience #PrecisionTechnology #Partnership #Breakthrough #Biotechnology #CuttingEdge #FutureOfScience #CancerResearch #NGS
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CellEDIT, our CRISPR cell line engineering service, uses precise gene editing starting from the injection of a single cell. Using our precise intra-nuclear injection technique with #FluidFM, we minimize off-targeting effects and control RNP complex amounts and stoichiometry with minimal cell disruption, ensuring highly controllable genetic modifications. 🧫🔬 🎥 See the precision of CellEDIT in action: Watch CRISPR/Cas9 RNP injection into C2C12 cells using gRNA labeled with Atto 550 for real-time tracking. 🔎 Start now to get reliable, high-quality edits in 10 weeks with CellEDIT 👉 https://lnkd.in/e75Km72h 🧬Configure your C2C12 cell line 👉 https://lnkd.in/e_gycMFj #CRISPR #GeneEditing #CellLineEngineering #PrecisionScience #C2C12 #Atto550 #Biotech #IntraNuclearDelivery #GenomeEngineering #SingleCell
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The CellEDIT workflow is based on the #FluidFM technology and brings genome editing reagents directly into the nucleus of a single cell. The force-controlled nano-pipettes, make injection highly gentle, compatible with most mammalian cell types, and vector-free. https://lnkd.in/gUZMzac7
🚀 Fresh Publication from ETH Zürich: #FluidFM in Action! 🚀 Today, the group of Prof. Vorholt, a pioneer in the application of FluidFM technology, has published their latest research, in Nature Magazine! 🌱🔬 This incredible study showcases once again how FluidFM technology has been an instrumental tool playing a pivotal role in advancing their research in single-cell analysis and endosymbiosis. Key Outcomes: ✅ Bacterial implantation showed potential for inducing and studying artificial endosymbiosis. ✅ Endosymbiont transfer enabled metabolic integration into a new fungal host, advancing our the understanding of metabolic cooperation. ✅ Positive selection improved transmission, stabilizing the symbiosis despite initial fitness costs. This is a huge leap for the fields of #SyntheticBiology, #CellManipulation, and #Biotechnology. Don’t miss out on reading the full publication and ETH news release—it’s a major achievement! 🔗 https://lnkd.in/d_6Vfy3Q Join us in celebrating this milestone in scientific research! ✨👏 #ETHResearch #NaturePublication #ScientificBreakthrough #SingleCell #Endosymbiosis #SyntheticBiologyRevolution #CellBiologyInnovation #ResearchExcellence #BiotechInnovation #CuttingEdgeScience #FutureOfScience #BreakthroughResearch Nanosurf Gabriel Giger Chantal Ernst Ingrid Richter Thomas Gassler Christopher Field Anna Sintsova Patrick Klefer Christoph Gäbelein Orane Guillaume-Gentil Kirstin Scherlach Miriam Bortfeld-Miller Tomaso Zambelli Shinichi Sunagawa Markus Künzler Christian Hertweck Julia A. Vorholt Friedrich Schiller University Jena EPFL Leibniz Institute for Natural Product Research and Infection Biology - Hans Knöll Institute
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Missed our recent webinar hosted by Scientist.com? 🎥 Catch the replay to explore #CellEDIT, an innovative service for targeted gene editing. Dr. Tobias Beyer, CSO of Cytosurge, discusses the breakthrough vector-free CRISPR editing approach that begins with single cells, enabling high precision and control in complex gene editing scenarios. 🔬🔧 📺 Watch the Replay Now ▶️https://bit.ly/3M9NITl Discover key insights into: 🧫 Vector-free CRISPR editing via intranuclear injection of CRISPR RNPs. 🧪 Case studies showcasing efficient multiplexing and more! 🧬 Advanced strategies like precise deletions and double guide techniques. Don't miss this chance to elevate your genetic research! 🚀 #ICYMI #CRISPREditing #GeneEditing #WebinarReplay #CellEDIT #PrecisionGenetics #ScientificInnovation #GenomeEngineering #SingleCellEditing #VectorFreeCRISPR #MultiplexGeneEditing #Biotech #GeneticResearch #CHOcells #CRISPRTech #BiomedicalResearch #GeneTherapy #AdvancedCRISPR Scientist.com InsideScientific | A Scientist.com Company
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Missed our recent webinar hosted by Scientist.com InsideScientific | A Scientist.com Company? 🎥 📺 Watch the Replay Now ▶️ https://lnkd.in/dzUwHyjX
Missed yesterday's live webinar with Cytosurge? We'll catch you up to speed ⬇ Now ON-DEMAND, learn how CellEDIT can be used for targeted gene editing, here: https://lnkd.in/gWQwbVai
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The summer might be over, but not our CellEDIT discount! 💥 Save big on knockout cell line bundles, whether you need single or multiple knockouts. 🧬 With a fast 10-week delivery time, we've got all your CRISPR editing needs covered! For more details 👉 https://bit.ly/4egyBE3 This offer ends on 30.09.2024. On selected cell lines only. #CellEngineering #GeneEditing #singlecell #Research #CRISPR #Innovation #team #connection #FluidFM #CellBiology #CellEngineering #GeneEditing #Biotech #ResearchInnovation #Scientist #ScienceAsAService #Sales #Discount
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