Nanosurf

FluidFM: Advancing Single Cell Manipulation and Analysis 💧 Revolutionize Single-Cell Research! Learn how FluidFM technology is advancing single-cell manipulation and its applications in nanoscale biological studies. 👉 Watch now: https://hubs.la/Q031FHhC0

Advanced Cantilever-Based Techniques for Virus Research 🚀 Throughout history, humanity has faced numerous viral outbreaks, from the Spanish flu to recent SARS-CoV-2. Science has made tremendous progress in understanding various aspects of viral outbreaks, including infectivity, pathogenicity, and virulence, as well as viral transmission and the potential for pandemics. This application note explores how modern techniques—such as cell culture, infectivity assays, fluorescence microscopy, and electron microscopy—have helped unravel the mysteries of the virus life cycle, viral replication, and virus-host interactions. Advances in these areas have led to better insights into viral structure, genome expression, and immune responses, ultimately contributing to the development of vaccines and antiviral treatments. 🔬 Why it matters: Cantilever-based techniques play a crucial role in advancing virus research, offering a deeper understanding of viral mechanics and interactions, which are essential for developing innovative therapies. Read the full application note for more details! 🔗 https://hubs.la/Q030MszG0

🌟 See you at the Biophysical Society Annual Meeting 2025! 📅 Date: 16-18 February 2025 📍 Booth: 710 The Biophysical Society conference is where science meets technology! Join us to explore how Nanosurf’s solutions are driving innovation in biophysical and life science applications. 🧬 Experience the DriveAFM seamlessly integrated with an inverted microscope (Evident Scientific / Olympus Corporation IX73) - the perfect solution for high-resolution imaging in the life sciences. Edward Nelson

AFM in the Materials and Life Sciences: Theory and Applications 🌱 Expand Your AFM Knowledge! Explore the diverse applications of AFM in materials and life sciences. This on-demand webinar offers theoretical insights and practical examples. 👉 Watch now: https://hubs.la/Q031FGrx0

✨ Unveiling Biofilm Architecture: Nanoscale Imaging over a Millimeter ✨ Researchers led by Liam Collins at Oak Ridge National Laboratory have pioneered a transformative approach to understanding bacterial biofilm formation. Their recent preprint explores how automated Atomic Force Microscopy (AFM) decodes the intricate world of Pantoea sp. YR343 on treated glass surfaces—revealing complexities invisible through traditional methods. 🔑 Key Findings: • 🐝 Observed a preferred cellular orientation forming a honeycomb pattern • 🔗 Identified the critical role of flagella in biofilm assembly • 🧪 Demonstrated potential for screening surface modifications to control bacterial attachment • 🔍 Revealed spatial heterogeneity and cellular morphology during biofilm formation Biofilms are more than bacterial clusters; they are resilient microbial communities challenging researchers across medical, industrial, and environmental domains. Where conventional AFM fell short—small scan ranges and labor-intensive processes—DriveAFM brings a paradigm shift. 🤖 By leveraging machine learning for image stitching and cellular detection, it captures millimeter-scale areas with unprecedented detail. Its potential for screening surface modifications to control bacterial attachment could revolutionize biofilm management. 🔬 Science doesn't just observe; it reimagines possibilities. https://hubs.la/Q0342H_D0

An inspiring week at our Nanosurf Global Sales Meeting came to an end on Friday – filled with strategy, action, and a literally cheesy New Year celebration!🧀😋 The highlights included intense strategy sessions, a raclette feast with an impressive (some might say overwhelming) amount of cheese, and a thrilling VR team battle as Space Marines 👾 and zombie slayers 🧟♂️. Thank you to everyone for making it such a memorable start to the year!

CleanDrive - Photothermal Excitation of the Cantilever 🚀 CleanDrive utilizes a near-infrared 785 nm laser aimed at the base of the cantilever, providing stable and robust excitation. This complements the 840 nm superluminescent diode light source used for detecting cantilever deflection. The result is a significant improvement in AFM performance, stability, resolution, and usability—especially in liquid environments. 🔬 Why it matters: CleanDrive enhances AFM capabilities by offering a highly reliable and efficient method for cantilever excitation, optimizing your measurements in a variety of experimental conditions. Learn more in the full application note! 🔗 https://hubs.la/Q030MszF0

📢 We’re heading to the Linz Winter Workshop 2025! 📅 Date: 9–13 February 2025 The Linz Winter Workshop is renowned for its focus on biophysics, nanotechnology, materials research, and life science innovations. Nanosurf will be there to showcase our cutting-edge DriveAFM system, designed to push boundaries in research and development. 💡 Curious about how we can advance your research? Visit us during the conference to see the DriveAFM in action and explore its capabilities tailored for pioneers like you! 👥 Meet our team: Götz, Bart, Hans, and Marcus will be present (at various times) to network and discuss how our AFM solutions can elevate your work. Don’t miss the chance to connect, especially with Bart—this conference is all about networking!

Automated Nanomechanical Analysis of Blended Polymers - 🤖 Automate Your Material Analysis! Discover how automated AFM techniques enable precise nanomechanical analysis of blended polymers for enhanced material characterization. 👉 Watch now: https://hubs.la/Q031FHvq0

Unveiling the Power of Electrical Modes in AFM 🚀 Discover the transformative power of electrical AFM and its impact on various industries in our latest white paper. This comprehensive guide delves into key electrical AFM techniques, including: Conductive AFM for conductivity analysis - Kelvin Probe Force Microscopy for surface potential insights - Piezoresponse Force Microscopy for material properties investigations - Scanning Microwave Microscopy for permittivity and dielectric measurements 🔬 What you’ll learn: 📜The historical evolution of electrical AFM and its journey from a novel concept to a critical tool in nanotechnology 🌍Real-world applications of electrical AFM in industries like semiconductor manufacturing, energy storage, and biomedical devices 🔧How each AFM mode works, detailing the probe-sample interactions that enable precise material and device characterization This white paper is your key to understanding how AFM techniques can fuel innovation in research and industry. Download the full white paper here: https://hubs.la/Q030Mtbx0