This one can't be missed! Groundbreaking work in nature by Bart Deplancke and the Julia Vorholt teams using #FluidFM to transform #scRNAseq into Live-Seq: #singlecell transcriptomics in live cells! nature.com/articles/s4158…

Impressive study on #singlecell adhesion #forces in #epithelial Vero monolayers and awesome technology for automated and high-throughput #force measurements! 👉🏼 cytosurge.com/solutions/syst…

Very happy to be part of such a great #team! And proud to be sharing the groundbreaking #FluidFM technology and it’s impressive applications for #singlecell research 🔬 with the world 🌍!

Let’s play a game🎲 What can you do using our #FluidFM Nanosyringe in #singlecells ?

In case you missed it, #liveseq enables temporal single-cell #transcriptomics and keeps cells alive! 👉🏻 nature.com/articles/s4158… #FluidFM OMNIUM is our solution for semi-automated collection of #singlecell biopsies ready for downstream processing and analysis👇

Next up: FluidFM (Fluidic Force Microscopy) for nanomanipulation and single-cell biology, presented by Orane Guillaume-Gentil (ETH Zürich) #Nanosurf25Years Nanosurf Cytosurge AG #AFM #SPM

Very happy to share our new preprint by Luciano Marine on the role of in-plane and out-of-plane curvatures on epithelial monolayers in 3D microwells biorxiv.org/cgi/content/sh…

Happy #FluorescenceFriday! Check out this stunning #preprint characterising #mechanosensing #Flipper probes in biological & in vitro systems (A. thaliana 🌱 images are shown). Work led by Chloé Roffay, co-authored by #preLighter Ilaria_DiMeglio Faculty of Science | UNIGE doi.org/10.1101/2022.0…

Mitochondria are hypothesized to be the evolutionary result of endosymbiosis of bacteria with eukaryotic cells. To mimic this, ETH Zurich engineered endosymbiotic growth, using #FluidFM to inject E.coli into mammalian cells. DOI: 10.1021/acssynbio.2c00292 hubs.la/Q01pqcYN0

1/ Do you know what #biopsy means?

New Cell Reports Methods spotlight on groundbreaking #Liveseq method by Bart Deplancke and Julia Vorholt teams explains how Live-seq uses #FluidFM for collection of picoliter-scale #singlecell biopsies, transforming #scRNAseq into a temporal analysis platform 👉 sciencedirect.com/science/articl…

Stimulate, inject into, and analyse #single neurons. #FluidFM technology allows for gentle and controlled #singlecell manipulation, ideal for #neuroscience research. Learn more here 👉cytosurge.com/applications/n…

Happy #thanksgiving! We are thankful for our customers and partners, but today we are especially thankful for our #team of employees - each one is a vital piece of the puzzle in advancing single-cell research with #FluidFM technology!

A very collaborative paper involving two Roux Lab generations Juanma García-Arcos Pierrik A_Colom Caterina Tomba Ilaria_DiMeglio & Vincent as well as the The Matile Group Javier López-Andarias and more recent user of Flipper Falk Schneider & Valentin Dunsing-Eichenauer coming with new systems !

Too busy to read about how #FluidFM can be used to quantify #singlecell adhesion forces? We’ve got you covered with a short video on FluidFM for automated single-cell #adhesion measurements. Check it out 👇 #biophysics #cellbiology #research

📢 Join us at #FluidFM2023! Don't miss this chance to meet one of our keynote speakers, Orane Guillaume-Gentil, and discover the world of temporal #singlecell #transcriptome recording and #liveseq! Take a sneak peek into Orane's fascinating work 👉 cytosurge.com/r/33h

🌟 Join us at #FluidFM2023 in #Zurich September 5-6, 2023! Whether you're interested in #molecularprofiling, #drugdiscovery, or #diseasemodelling, don't miss this unique chance to delve into the world of #singlecell #research! Secure your spot now 👉 bit.ly/44fxJKn

Explore groundbreaking #singlecell solutions with Cytosurge. 🧬Experience precise high-quality single cell #CRISPR #genomeediting with our CellEDIT Service. 🔬 Revolutionize single cell gene expression profiling with #FluidFM technology. Learn more👉bit.ly/46CMQzm

Now out in Nature Communications! 🤩 "Plakoglobin is a mechanoresponsive regulator of naive pluripotency" I can't express how excited I am to see it published! I think I now have more questions than answers, but I guess that's good when doing science! 😇 nature.com/articles/s4146…

Hey #CSSingleCells23 attendees, we're excited to sponsor the coffee break now. Come & meet us! Can comparing a cell's past and present transcriptome reveal what guides its fate? Join us at Booth T1 - we're eager to hear your thoughts! 📅 10:15-10:45 📍Island/Palm Room