Cytosurge AG
@cytosurge.bsky.social
Driving the #SameCellBiology revolution. We provide the world's only platform to read, write, and analyze life as it unfolds with FluidFM®. From temporal profiling to vector-free CRISPR Impossible edits with CellEDIT.
Our CSO @tobias-a-beyer.bsky.social in Singapore for #HUPO2026! Sept 29, poster PS02.178: non-destructive live-cell biopsy of neuronal proteomes with #FluidFM OMNIUM. Work with Dr. Martins & #ISSCOR at @ucsandiego.bsky.social @ucsdstemcells.bsky.social. Come say hi! #SameCell #SingleCellProteomics
Custom cell lines usually mean compromise: settle for what's available, or spend months getting it wrong. #CellEDIT changes that: precise CRISPR delivery straight into the nucleus, phenotype intact. Impossible edits, made reliable. 💬 📨 Reach out for a quote. #FluidFM #GenomeEditing #SameCell
What a week at #ESCP2026 in Vienna! Presented our poster. Congrats @davidhartlmayr.bsky.social on best short talk, featuring #FluidFM OMNIUM. Thanks @viennabiocenter.bsky.social Karl Mechtler @erwinschoof.bsky.social @matzingerm.bsky.social & @coscialab.bsky.social for a great event. #SameCell
📍 #ESCP2026 in Vienna 🔬 We're all set up and ready to talk single-cell proteomics the same-cell way: sample the proteome from a living cell, keep that cell alive, and come back to sample it again later, following the same biology over time instead of a single snapshot.
How do we measure the mechanical forces that drive disease? 🔬 A new Small Science review (Korea Univ.) maps force sensing from ECM to nucleus. Glad to see #FluidFM featured: ADD-ON applies the precise forces, OMNIUM runs adhesion measurements. 🔗 https://bit.ly/4zn5YzZ #Mechanobiology #Biophysics
1/5 Summer did not slow Cytosurge down. In July 2026, our CSO Dr. Tobias Beyer carried one message across three countries and two continents: from Imperial College London to Fox Chase Cancer Center, the University of Toronto, SCP2026 in Boston, and MIT. 🧵
Editing fragile skin cells without destroying the biology? Former #DTU postdoc Dr. Canbay on how #CellEDIT cracked this impossible #CRISPR edit > dermokine, wound healing, and #SkinCancer. Video 👉 https://bit.ly/4xjn5B5 @insight.jci.org paper 👉 https://bit.ly/4y8O0AD #GenomeEditing #FluidFM
Behind the Science: Engineering Keratinocytes with CellEDIT for Wound Healing Research
How do you genetically engineer notoriously fragile human skin cells without destroying their natural biology? Read the peer-reviewed study in JCI Insight: https://insight.jci.org/articles/view/197838 In this exclusive "Behind the Science" interview, ...
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You focus on the research. We handle the rest. 🧬 With #CellEDIT, we pick up your cells, perform complex genome edits, and deliver verified clones back to your lab. For multiplex edits, knock-ins, #iPSCs, and hard-to-transfect cell lines: bit.ly/4a6lxB8 #CRISPR #GenomeEditing #FluidFM
Welcome, Dr. Aline Martins & #ISSCOR at @ucsandiego.bsky.social (@ucsdstemcells.bsky.social), to the #FluidFM community! 🔬 Enabling minimally invasive single-cell biopsies for proteomics & multiomics. Thanks, #Altium. #OMNIUM #SingleCellProteomics #UCSD #SameCell #SingleCell #proteomics #multiomics
Soon, Cytosurge is on the road. ✈️🔬 Meet us in Vienna, Singapore, Basel, and Lausanne to discuss #proteomics, #Liveseq & more... DM us to arrange a meeting. @viennabiocenter.bsky.social @hupo-org.bsky.social #EPFL #ESCP2026 #HUPO2026 #NextGenOmics #LatsisSymposium #FluidFM #SameCell
PD-L1 knockout in PC-3 cells proved resistant to standard CRISPR workflows. With #CellEDIT and #FluidFM, we delivered a verified homozygous knockout with complete target-exon deletion. @alesspenna.bsky.social #UniPadova Full story 👉 https://bit.ly/4bInAg4 #CRISPR #CellTherapy #ProstateCancer
Excited to announce the EPFL Latsis Symposium 2026: Decoding the Cell: Modeling, Predicting, and Engineering Cellular States 📅 Oct 29–30, 2026 📍 Olympic Museum, Lausanne 🇨🇭 Registration: latsis2026.epfl.ch/event/1/ #SingleCell #SystemsBiology #SyntheticBiology #AI #Multiomics #CellEngineering
EPFL Latsis Symposium 2026
Join us in Lausanne to connect with the global community shaping the future of cell understanding and engineering.
latsis2026.epfl.ch
@joanna-epfl.bsky.social · 5mo ago📢 EPFL Latsis Symposium 2026 – "Decoding the Cell" 📅 Oct 29–30 | Olympic Museum, Lausanne. 11 world-leading speakers in #compbio, #singlecell, #genomics, #spatialomics & #cellengineering. Poster submissions welcome ⏰ Early bird registration closes May 31st - don't miss it! 🔗 go.epfl.ch/latsis2026
Traditional scRNA-seq is like guessing a movie from one frozen frame. 🎬 With #LiveSeq on #FluidFM OMNIUM, you get the full movie. Extract RNA, keep the cell alive, and track the #SameCell over time. 🎥🧬 #SingleCell #Transcriptomics #Biotech #scRNAseq #Proteomics #NGS #Omics #scRNAseq
Standard transfection = random dosing & stressed cells. 📉 Upgrade to #CellEDIT. ✈️✨ Direct intra-nuclear delivery of #CRISPR RNPs means: 🏖️ Zero chemical stress 🎯 Perfect dosing ✨ Clean clones Give your pipeline the premium treatment! 🧬 #CRISPR #GeneEditing
Thrilled to welcome veteran #biotech executive & investor Luba Greenwood, J.D., to the Cytosurge Board of Directors! 🚀 Her deep expertise across biotech, AI, and venture capital makes her the perfect partner as we scale our Same-Cell data platform. 📈 Welcome, Luba! 👏 https://bit.ly/4vIwqRF #SameCell
Cytosurge and DTU have teamed up to conquer an "impossible" genome engineering challenge! 🧬🤝 Read the publication in @insight.jci.org www.cytosurge.com/blog/press-r...
Cytosurge’s CellEDIT Conquers "Impossible" Genome Engineering Challenges
A new peer-reviewed study validates CellEDIT’s ability to overcome cell-editing barriers, uncovering dermokine’s pivotal role in wound healing and skin cancer biology.
cytosurge.com
JCI insight@insight.jci.org · 3mo agoWhen wound healing gets stuck Chiara Francavilla & team identify a molecular signal in non-healing wounds that links dermokine with cell-cell adhesion: doi.org/10.1172/jci....
Standard bulk transfection methods often force a compromise between editing efficiency and cell viability. In our latest #newsletter, we share how we eliminate that compromise. 👉 Read the full edition and subscribe https://bit.ly/4vXmQLs #GeneEngineering #CRISPRCas9 #Biotech #Pharma
We are pleased to share a new peer-reviewed publication from our collaboration with the Technical University of Denmark, now published in JCI Insight.
The DTU team set out to investigate the mechanisms of skin cell adhesion - research with direct implications for chronic wound healing and skin cancer. Human keratinocytes, the target cell type, are notoriously fragile and resistant to efficient enginee...
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Fewer cells. Deeper understanding. True precision. 🔬 Check out the latest Cytosurge #newsletter to see how the Same-Cell Biology revolution is expanding globally! 👉Read the full edition and subscribe! https://bit.ly/4w7ZwLc #SameCell #SameCellBiology #SingleCell #Biotech
From new installations at leading European research institutions to expanded support across Europe & Southeast Asia, ...
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Rowing our way into summer! ☀️🚣♀️ The Cytosurge team hit Seeclub Zürich, proving that perfect synchronization is key, whether you're advancing single-cell tech or moving a boat across the lake! Great team spirit! 🌊 #TeamBuilding #Team #TeamWork #Biotech
🚨 New Pub! DTU’s Francavilla Lab used #CellEDIT to achieve "impossible" #CRISPR knockouts in fragile keratinocytes with zero toxicity, uncovering dermokine’s role in wound healing. 🧬 PR: https://bit.ly/4y8O0AD Paper: https://bit.ly/3SNVoRS #GenomeEngineering #Biotech #SkinCancer #FluidFM
Upgrade your single-cell pipeline. 🧬 We’re offering private lab webinars to showcase #FluidFM in action. Learn how to track the exact #SameCell over time. 👉 https://bit.ly/4kHlJK5 #SingleCell #Biotech #Cytosurge #CellBiology #GenomeEngineering #Transcriptomics #Research @tobias-a-beyer.bsky.social
Better experiments = better decisions. 🧬 Stop killing cells for terminal snapshots. #FluidFM OMNIUM enables non-destructive biopsies so you can Read, Write & Analyze the exact #SameCell over time. One biopsy. Many #omics. Maximize data density! DM us. 📩 #SingleCell
@uttroyes.bsky.social just installed a new #FluidFM OMNIUM system! 🎉 Huge thanks to Prof. Elena Ionescu, the L2n Lab & the tech team for a smooth setup with our own Sinead Connolly. Excited to see your discoveries! 🔬🧬 #SameCell #SingleCell #SpatialBiology #Omics
Tackling complex CRISPR edits? 🧬 Get behind-the-scenes insights, real customer success stories, and tips for high-viability outcomes from our #CellEDIT team. Never miss a technical deep dive: 📖 Read the blog: https://bit.ly/3QwTmRo 📬 Subscribe: https://bit.ly/4hoYinh #GeneEditing #CRISPR #SingleCell
Blog | Cytosurge AG
Interesting insights on the company, applications, or persons working with FluidFM technology.
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Stop guessing what happens between single-cell snapshots. 🧬 Watch our webinar with #Lexogen to see how #FluidFM OMNIUM enables non-destructive #LiveSeq, allowing you to track true #SameCell transcriptomics over time. 👉 https://bit.ly/4uPiVQh #SingleCell #Transcriptomics #scRNAseq #Cytosurge
How are forces transmitted inside a living cell? 🔬 Using #FluidFM + FLIM, @ethz.ch researchers mapped real-time tension dynamics by simultaneously indenting the nucleus and injecting disruptors into the exact #SameCell. A leap for #singlecell precision! 👉 https://bit.ly/4etIuzj @elife.bsky.social
Struggling with hard-to-transfect lines? 🧬 Standard methods mean random dosing and dead cells. #CellEDIT uses direct intra-nuclear injection to deliver #CRISPR RNPs without chemical stress. Download the 2-pager to see how: 👉 https://bit.ly/4a6lxB8 #GeneEditing @helloeacr.bsky.social
