Cytosurge AG

Cytosurge AG Driving the revolution. We provide scientists with FluidFM® to read and analyze life as it unfolds.

CellEDIT delivers vector-free, precise CRISPR engineering, even in hard-to-transfect cells.
👉 https://linktr.ee/cytosurge Cytosurge develops innovative research solutions using its proprietary FluidFM® technology for precise single-cell manipulation thereby fostering advancements in understanding cellular processes such as the ones that drive cancer. With the FluidFM OMNIUM platform, single-cell

extracts, or “biopsies” can be taken from living cells, enabling live-sequencing and temporal transcriptomics analysis. Additionally, the CellEDIT Service provides high-quality genetically engineered cell lines through intra-nuclear injections of CRISPR RNPs. Cytosurge's vision is to unlock novel cures by translating next-generation genetic designs into living cells, enabling longer and healthier lives through precision gene engineering. The Company aims to implement advanced genetically engineered cell lines that bring next-generation therapies to fruition, bridging the gap between genetic design tools and manufacturing, and empowering genetic engineers to realize their visionary concepts.

How do you study complex receptor signaling without background noise interfering with your readouts? You start with a pe...
21/05/2026

How do you study complex receptor signaling without background noise interfering with your readouts? You start with a perfectly clean cellular background. 🧫✨
We recently sat down with Dr. Shixin Ye-Lehmann ( ) to discuss her team's work on the Hedgehog signaling pathway and the SMO receptor using synthetic biology. 🔬
To get clean readouts for their functional assays, they needed a precise SMO gene knockout in SK-OV-3 cells. They didn't just need a simple mutation; they needed a complete, homozygous deletion to ensure zero background interference. 🧬

Using a double-guide approach and single-cell isolation, successfully deleted the region between exons 2 and 6, delivering the verified homozygous knockout clones needed to move their research forward. 🚀
Read the full conversation and see how CellEDIT enables breakthrough synthetic biology research. Link in the first comment 👇

What started as a new way to precisely interface with living cells has grown into a platform enabling precision biolog...
19/05/2026

What started as a new way to precisely interface with living cells has grown into a platform enabling precision biology, from non-destructive single-cell sampling to controlled delivery directly into individual cells.
On this day, we’re celebrating the anniversary of the very first scientific publication on .
Since then, FluidFM has helped researchers move beyond one-time snapshots and work with the exact same living cell over time, measuring, perturbing, and sampling without destroying the system they’re trying to understand.
To everyone who helped build, test, publish, and push the technology forward: thank you. Here’s to the next wave of discoveries.

Cytosurge is expanding in Southeast Asia! 🌏 We are excited to announce our new partnership with Sceincewerke to support ...
13/05/2026

Cytosurge is expanding in Southeast Asia! 🌏 We are excited to announce our new partnership with Sceincewerke to support researchers with the FluidFM OMNIUM platform.

Sciencewerke is a specialised biomedical and life science solutions provider with offices across Singapore, Malaysia, Indonesia, Vietnam, Thailand, and Australia. Beyond premium consumables and labware, Sciencewerke delivers cutting-edge technologies spanning Cellomics, Genomics, Proteomics, and Bio-imaging - offering tailored solutions to researchers, clinicians, and industry professionals across the life sciences, pharmaceutical, and clinical diagnostics sectors.

Together, we are bringing Same-Cell technology and non-destructive single-cell manipulation to more labs in the region, backed by Sciencewerke’s strong local presence and deep application expertise.

Interested in pushing the limits of single-cell manipulation and mechanobiology? Reach out to the Sciencewerke team to learn how FluidFM technology can advance your research. 🔬

CRISPR editing can be tricky. Let’s solve it together, scientist to scientist. 🔬🤝Whether you’re building a disease model...
12/05/2026

CRISPR editing can be tricky. Let’s solve it together, scientist to scientist. 🔬🤝
Whether you’re building a disease model, investigating gene function, or engineering a custom cell line for drug screening, we’re here to help.
Got an edit that feels impossible, hard-to-transfect cells, iPSCs, complex or multiplex edits? That’s exactly what is built for: vector-free delivery, controlled dosing, and edits that work when conventional methods fail.
We speak your language, and we’re ready to support you from design to delivery.
📩 Reach out via LinkedIn or through our contact form to discuss your project: https://bit.ly/43MKm13
— Dr. Adele Kerjouan & Dr. Susanne Mailand, Cytosurge CellEDIT team

Complex CRISPR edits can stall great science, especially in hard-to-edit cell lines, when standard delivery methods don’...
07/05/2026

Complex CRISPR edits can stall great science, especially in hard-to-edit cell lines, when standard delivery methods don’t yield a clean result.
In a recent collaboration with the University of Padova, our CellEDIT team supported the generation of a verified homozygous knockout to unblock downstream research.
If your next edit feels out of reach, a knock-in, multiplex gene edit, or work in hard-to-transfect cells (including iPSCs), CellEDIT is built to help, with vector-free delivery and controlled dosing when conventional approaches hit a wall. 🧫🧬

Explore the full case study and hear it from Dr. Alessandro Penna. Link in the first comment 👇

How do you biopsy a living cell without killing it? Or deliver CRISPR directly to the nucleus without vectors? It’s not ...
30/04/2026

How do you biopsy a living cell without killing it? Or deliver CRISPR directly to the nucleus without vectors? It’s not magic. It’s mechanics. 🔬
The power of the OMNIUM platform comes down to the anatomy of our Nanosyringe:
➡️ Sub-micrometer Aperture: Penetrates the membrane with near-zero toxicity.
➡️ Force-Sensing Cantilever: Provides real-time feedback for precise depth control.
➡️ Microfluidic Channel: Guarantees the exact dose, every single time.

Watch the extraction in action and see how mechanical precision is building the future of Biology. 📽️👇

Missed us at ? ☀️🔬 Stop troubleshooting. Start discovering. 🧬Download our official 2-pager to see how we handle the c...
29/04/2026

Missed us at ? ☀️🔬 Stop troubleshooting. Start discovering. 🧬
Download our official 2-pager to see how we handle the complex edits where conventional approaches fail.
➡️ No Transfection Toxicity: No viral vectors or plasmids. Your cells stay healthy and biologically relevant. ➡️ True Replicates: Controlled CRISPR dosing to every single cell. ➡️ Hard-to-Transfect Cells: Proven success with iPSCs and more...
Check out our flyer: https://bit.ly/4tE5IJn 👇

Missed us at ? ☀️🔬 Sequence your cells while keeping them alive. 🧬 HOW? Download our official 2-page OMNIUM platform ...
28/04/2026

Missed us at ? ☀️🔬 Sequence your cells while keeping them alive. 🧬 HOW? Download our official 2-page OMNIUM platform overview and see what happens when you unlock true precision biology.
Instead of killing cells to analyze them, you can now: ➡️ Track dynamic biological responses over time ➡️ Move beyond correlation to reveal true causal mechanisms ➡️ Read, write, and analyze the exact same living cell
Grab the flyer here: https://bit.ly/4e9CRYJ 👇

The most expensive cell model is the one you have to make twice.We are live from the floor at in San Diego, tackling t...
21/04/2026

The most expensive cell model is the one you have to make twice.
We are live from the floor at in San Diego, tackling this exact challenge! ☀️🔬 It’s been an incredible few days having our US distributor, Altium, join us at Booth #617 to talk genome engineering with the oncology community.

We’ve had fantastic discussions about the persistent challenge of generating reliable, reproducible edited cell models. Delivery toxicity and dosing uncertainty shouldn't hold back your preclinical pipeline.

With our Service, we bypass standard delivery bottlenecks by delivering vector-free CRISPR RNPs directly to the nucleus. The result? Precise genome engineering even in the most sensitive or difficult cancer models where standard approaches struggle.

Still at the meeting? Drop by Booth #617 and let’s revolutionize how you build your cell models! 👇

Join the Same-Cell Biology revolution at BOOTH #617! 🔬Dr. Magid Haddouchi and Eric Butillon are on site in San Diego,...
20/04/2026

Join the Same-Cell Biology revolution at BOOTH #617! 🔬

Dr. Magid Haddouchi and Eric Butillon are on site in San Diego, ready to show you how we are pushing the boundaries of .

If your team is tackling tumor heterogeneity or mapping disease phenotypes, you need more than endpoint data. With our OMNIUM platform, you can perform non-destructive single-cell biopsies for downstream transcriptomics, allowing you to track drug response and resistance in the exact over time.

Read, write, and analyze life as it unfolds. Stop by the booth to see how we can upgrade your preclinical pipeline! 👇

3AACR

Not at ?You can still learn why your CRISPR edits keep falling short — and what it's actually costing you.It's not a bi...
14/04/2026

Not at ?
You can still learn why your CRISPR edits keep falling short — and what it's actually costing you.
It's not a biology problem. It's a delivery problem.

Our new brochure breaks down the real cost of getting it wrong — and how direct intranuclear delivery via changes the outcome for iPSCs, complex edits, and more...

Download link in the first comment 👇

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