Fluidic Analytics designs, develops and manufactures tools that seek to revolutionise the way proteins are characterised, allowing our customers to understand the machinery of life. We envision a world where information about proteins and their behaviour transforms our understanding of how the biological world operates, and helps all of us make better decisions about how we diagnose diseases, develop treatments and maintain our personal well-being. By building the world’s best tools, software and services for protein characterisation and making them universally accessible in the lab, in the clinic or at home, we are making this vision a reality not just for a small group of expert users, but for everyone who can benefit. Twitter: @fluidicanalytic
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Our webinar is coming tomorrow! Don’t miss the chance to hear from Professor Tuomas Knowles as he discusses how in-solution analysis can be applied to study complex, disease-relevant systems. Take your last chance to register: https://lnkd.in/gPHFzWPe
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🎉 2025 is here, and we're kicking it off with an exciting #webinar! Join us for an insightful session with Professor Tuomas Knowles from the University of Cambridge, as we explore how in-solution interaction analysis can be helpful for characterizing complex disease-relevant systems, including: ✅ Protein aggregates ✅ The formation of biomolecular condensates ✅ Non-specific interactions of candidate therapeutic antibodies in vitro 📅 Date & time: 3PM GMT | 10AM EST Thursday January 23, 2025 👨🔬 Speaker: Prof. Tuomas Knowles, University of Cambridge 👉 Sign up to join us: https://lnkd.in/gPHFzWPe We hope to see you at the webinar!
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Want to accelerate your protein interaction measurement? Join us for this insightful webinar to learn how 🌟 Measuring molecular interactions is not always a walk in the park. Complex assay development, cross-contamination, target and sample constraints—these are just a few of the challenges that can slow down the progress! In this session, we’ll dive into: ✅ The current technologies for measuring protein interactions and common hurdles ✅ How solution-phase approaches, particularly #MicrofluidicDiffusionalSizing, and machine learning-guided assays can help you overcome the challenges and accelerate protein interaction analysis 📅 Date & time: 3PM GMT | 10AM EST Thursday November 21st, 2024 👨🔬 Speaker: Dr. Sean Devenish, Chief Scientist at Fluidic Sciences. Interested in joining us? Register now to save a seat: https://lnkd.in/gmTY9Prp We hope to see you at the webinar!
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More #MDS research using the Fluidity One-M, exclusively available from Fluidic Sciences. Follow them to keep up to date with the latest MDS news and research!
Studying non-covalent Werner Syndrome RecQ helicase inhibitors? Check out this paper by the team of Alisa Heuser et al. from Novartis 💡 Werner Syndrome RecQ helicase is a target for inhibition as a therapeutic for cancers that are microsatellite instability high 🎯. Using #MDS as one of their tools, the authors carefully investigated reported noncovalent inhibitors and found several false positives, highlighting the need for new screening strategies. Want to explore further? Go to full article here: https://lnkd.in/ehbKy7jv Learn how MDS can support your project: https://lnkd.in/eXTS6bM3
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Take the guesswork out of experiment design and data analysis 📈 Meet Fluidity Insight, the analytical platform that maximizes the value of your Fluidity One-M data. Fluidity Insight is more than just a tool for data analysis; it’s your #co_pilot guiding you through experimental design with #machinelearning, so you know where to start! 🌿 Why so? Fluidity Insight helps predict which concentration combinations to measure to most rapidly improve fit convergence - eliminating the guesswork and ensuring the minimum of data is collected to get publication-quality results. Explore Fluidity Insight: https://zurl.co/mifc Be in touch with us to get more updates of the platform: https://zurl.co/1isf
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Affinity vs Avidity — What’s the Difference? Ever wonder about the difference between affinity and avidity? These terms often seem interchangeable but actually describe distinct concepts. Check out our very first blog 📖 where we break down the differences between them, helping you to clear up any confusion the next time you encounter these terms 💡 Read full article: https://zurl.co/jXW9
MDS has made a comeback! Fluidic Sciences has just announced its official relaunch of the Microfluidic Diffusional Sizing (MDS) technology and Fluidity One-M instrument. Read the story in this latest press release. Stay connected with Fluidic Sciences for ongoing updates and continued support for the technology and instrument.
Read our story 🌿 As we embark on our journey as a company, we are thrilled to bring back the #MicrofluidicDiffusionalSizing (MDS) technology, a robust and easy method for characterizing protein interactions in solution. It's unique and powerful, while remains simple and direct. We believe MDS's ability to tackle challenging targets like multi-component protein complexes or unpurified samples will open its door to all stages of research and drug discovery and development. And don’t forget that MDS can quantify binding affinity, size, concentration and stoichiometry in solution, all at once. Discover more about our exciting journey in our latest press release: https://zurl.co/ROZG Connect with us for more info: https://zurl.co/XweY
The Fluidity One-M instrument which sizes proteins and characterizes interactions in solution using Microfluidic Diffusional Sizing technology now belongs to Fluidic Sciences. Follow Fluidic Sciences for updates and connect with the team there to learn more about the technology and to start using it to easily measure interactions.