Cytosurge AG
@cytosurge.bsky.social
55 followers 77 following 340 posts
Cytosurge uses its FluidFM® tech for single-cell manipulation and CRISPR editing. The vision is to turn genetic designs into cures, bridging design and manufacturing. 🔗🔬 https://linktr.ee/cytosurge 🔗🧬 https://linktr.ee/celledit
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cytosurge.bsky.social
🏆 Dr. Gabriel Giger @ethz.ch (2025 Origins Federation @harvard.edu PhD Prize) used #FluidFM for groundbreaking artificial #endosymbiosis research!
🎬 👇
His @nature.com paper: 56K+ accesses, 99th percentile impact️ https://go.nature.com/4jPwdYa
More customer #stories ▶️ https://bit.ly/4pMCxT3
cytosurge.bsky.social
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Thanks to the #BiotechnetSwitzerland team, #CSEM, University of Applied Sciences and Arts Northwestern Switzerland @fhnw.ch for organizing this nice event.

#DataScience #LifeSciences #SingleCell #SameCell #LiveSeq
cytosurge.bsky.social
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• Longitudinality: True cell-level data pairs, not correlations
• Causality: #Samecell trajectories reveal perturbation → effect
• Multimodality: Connects phenotype, context & function with transcriptome 👇
cytosurge.bsky.social
2/ Live-cell sequencing #Liveseq stands out in this regard and may exhibit just the opposite: small datasets, yet highly informative. 👇
cytosurge.bsky.social
Great insights from "Life Science Industry Meets Data Science 2025" #BiotechnetSwitzerland.
@dossola.bsky.social
One concept came up a few times: "Lots of Data ≠ Lots of Information". This rings especially true in #NGS and #scRNAseq, where massive datasets often yield vague correlations. 👇
cytosurge.bsky.social
Static snapshots → pseudotime inference misses fast/rare/non-monotonic transitions. #LiveSeq tracks the same living cell over time, real trajectories, not assumptions. Within-cell causality for drug resistance, differentiation, and stress responses. Reach out + #webinar 👇 QR codes below. #SingleCell
cytosurge.bsky.social
Ever wonder what the butterfly effect looks like in molecular biology? 🦋
With #LiveSeq you can follow the same living cell over time — from tiny molecular flutter to dramatic transformation.
From correlation ➝ causation.

#SingleCell #CellBiology #ButterflyEffect #MolecularBiology #Transcriptomics
cytosurge.bsky.social
EMT is heterogeneous; endpoint scRNA seq = correlation. Live seq + #FluidFM follows the same living cell over time—imaging + longitudinal RNA → causation. @institutcurie.bsky.social applies it to EMT in #TNBC (chemo, MET, future multi omics). Read: www.cytosurge.com/blog/company...
#SingleCell
cytosurge.bsky.social
5/ Researchers are invited to an upcoming #webinar and encouraged to apply for Cytosurge’s Live-seq Access Program, which offers proof-of-principle studies for selected projects.💻 LINKS👇
cytosurge.bsky.social
4/ By preserving cell viability, researchers can repeatedly sample RNA from the same living cells, unlocking true longitudinal, time-resolved transcriptomics and causally linked molecular and phenotypic data for applications in #developmentalbiology, #cancerresearch, and #drugdiscovery.
cytosurge.bsky.social
3/ Developed through a year of joint effort, the workflow integrates Cytosurge’s #FluidFM® OMNIUM platform for minimally invasive cytoplasmic sampling, with #Lexogen’s LUTHOR HD kit for ultra-sensitive #RNAlibraryprep, plus comprehensive sequencing and data analysis support.
cytosurge.bsky.social
2/ This breakthrough enables labs of any size to repeatedly sequence the same living cells, directly observing how #geneexpression shapes cellular behavior over time. #singlecell
cytosurge.bsky.social
Cytosurge and #Lexogen announce that their integrated Live-seq workflow is now available to academic researchers and industry partners worldwide.
cytosurge.bsky.social
From collab to publication: #CellEDIT helped Dr. Siniuk @leibnizfli.bsky.social validate a p53 site KO in U2OS via vector-free intranuclear #CRISPR. @natgenet.nature.com (Jan 2025) reframes transcriptional interference, showing #CoCoProms as dynamic gene regulators. #FluidFM #SingleCell
cytosurge.bsky.social
Dr. Voorberg van der Wel @bprc-eu.bsky.social uses #FluidFM OMNIUM to target #hypnozoites, the dormant liver stage behind relapsing #malaria. #Singlecell nanoinjection/extraction + #Liveseq longitudinal RNA, with reduced animal use.
Customer stories playlist ▶️ https://bit.ly/4gwzbQ4
cytosurge.bsky.social
Stay ahead in single-cell research 🧬✨
• Real-time updates → Follow us
• Insights & events → Website
• Exclusive content → Newsletter: https://www.linkedin.com/newsletters/fluidfm-update-newsletter-7120776447593431041/

#LiveSeq #FluidFM #SingleCell #Transcriptomics #Webinars #Events
cytosurge.bsky.social
#ThrowbackThursday #TBT Our team swapped lab benches and desks for puzzles, trains, and lake views. The best part? Time together! 📸🌅

#TeamBuilding #TeamWork #LifeAtCytosurge #CompanyCulture #SummerEvent
cytosurge.bsky.social
Have a stubborn cell line? Let us know which ones you struggle with!

#FluidFM #CRISPR #GeneEditing #SingleCellEngineering #HardToTransfect #PrimaryCells #IntraNuclearInjection #RNP #CellEDIT @tobias-a-beyer.bsky.social
cytosurge.bsky.social
What it unlocks 👇
cytosurge.bsky.social
When viral delivery, lipofection, or electroporation fall short, CellEDIT’s FluidFM-based intra nuclear injection offers a different path: force-controlled nanopipettes place CRISPR RNPs directly into the nucleus of a single cell, gently, precisely.
cytosurge.bsky.social
#CellEDIT101 Chapter 4: Overcome the “hard” in hard-to-transfect cells