Incucyte® - Live-Cell Analysis Systems

Get ready for goosebumps! In this video, we celebrate the beauty of cells and our fascination with understanding them. Discover why the Incucyte®️ Live-Cell Analysis System stands out as a go-to solution for real-time, kinetic monitoring of cells: https://ow.ly/ht4P50U7Ezh #CellBiology #LiveCellAnalysis #DrugDiscovery #Organoids #LiveCellImaging

Planning to attend AACR 2025 in Chicago? Join us from April 25th to 30th for an engaging experience in advancing cancer science and medicine. Stop by booth #4042 and learn how our suite of innovative platforms can simplify and accelerate your next research breakthrough: https://ow.ly/mlXF50Vlm1n #Oncology #Incucyte #Octet #iQue

Evaluating MSC quality is challenging due to factors like donor variability, culture conditions, and passage numbers. Traditional endpoint assays are insufficient for providing dynamic insights, highlighting the need for advanced technologies such as live-cell analysis. Learn more about the importance of utilizing multiparametric techniques for a holistic view of MSC quality: ◼️ how these techniques are used to demonstrate that MSC growth dynamics slow with age ◼️  leveraging the strength of live-cell analysis, researchers can benefit from comprehensive and high–resolution data for MSC biology ◼️ inform the optimization of culture conditions, passage strategies, and expansion protocols, ultimately leading to improved outcomes in MSC-based clinical applications Learn more in our application note: https://ow.ly/2bYE50U7ExF #StemCells #MSCs #LiveCellAnalysis #Incucyte #livecellimaging

Designed to elevate your 3D cell model research with real-time, high-throughput imaging. Capture dynamic cellular changes over time while maintaining physiological relevance in a controlled environment.   Enable: ✅Continuous, long-term imaging using spinning disk confocal, wide-field fluorescence, HD phase, and brightfield imaging ✅ High-throughput analysis - monitor up to six 96-well plates simultaneously ✅ Multiplex with up to three fluorescence channels ✅ Intuitive software for effortless acquisition and interpretation of complex data   This next technological advance transforms live-cell imaging, accelerating the discovery and development of targeted therapies by providing high-throughput, actionable data that reveals cellular behavior as it unfolds.   See what's possible with the latest live-cell analysis technologies - visit Sartorius at the AACR Chicago from April 25-30 to learn more. Can’t make it to AACR? Register your interest in this new technology here: https://ow.ly/4Nf750Vo6rU #3DCells #Incucyte #LiveCellAnalysis #Innovation #AACR2025

Our latest application note highlights a new method for better understanding drug mechanisms: combining long-term kinetic assays with rich, live-cell data. Key highlights from this collaboration with Saguaro Biosciences: ✅ Versatility & Compatibility: ChromaLIVE™️ seamlessly integrates with the Incucyte®️ system, offering unique insights into cell responses to treatments. ✅ Effortless Protocol: Experience the simplicity of a “mix-and-read” protocol with fully automated timelapse data collection. ✅ Long-term Analysis: Perfect for long-term kinetic studies, allowing for detailed quantification of complex biological changes. ✅ Minimal Impact: Long-term live-cell assays with minimal impact on cell proliferation. ✅ Innovative Insights: Capturing unique kinetic insights into compound pharmacodynamics, revealing distinct phenotypic signatures for different compounds. Pioneering the next generation of compound screening with cutting-edge live-cell technologies, this innovative approach combines two powerful tools to deliver unparalleled insights into cellular behavior. Download the application note to learn more: https://ow.ly/WsgR50ViPRh #LiveCellAnalysis #DrugDiscovery #CellBiology #CompoundScreening

World Health Day reminds us how closely our health is tied to the well-being of the planet. Caring for the environment is crucial in dealing with such challenges as climate change and resource scarcity, which directly affect our health and future. Together with customers and suppliers, Sartorius is proactively working to reduce emissions along the value chain and advance the circular economy. Learn more about our commitment to world health and sustainability: https://ow.ly/xE1L50Vo4rt #WorldHealthDay #PlanetHealth #ClimateAction #CircularEconomy #Sustainability

🌟 Exciting Partnership Announcement! 🌟 We are thrilled to announce a new collaboration between Sartorius and LiveLabs at the Babraham Research Campus, aimed at empowering early-stage life science startups with cutting-edge lab solutions! Sartorius is equipping LiveLabs with the state-of-the-art Incucyte® SX5 Platform for high-throughput live-cell analysis, alongside essential lab technologies like the Picus® 2 Electronic Pipette and Cubis® II Balance. This partnership is designed to simplify lab processes, ensuring startups can generate high-quality, reproducible data efficiently. By providing these innovative tools, Sartorius and LiveLabs are accelerating the journey from bench to market, helping startups achieve their milestones faster. Sartorius is fostering innovation and entrepreneurship in the life sciences sector with a variety of initiatives. The primary goal is to support startups and researchers transitioning from academic settings to entrepreneurial ventures by offering resources like mentoring programs, networking opportunities, and access to equipment. Among other activities, Sartorius is an initiator of the Life Science Factory, cooperates with the BioLabs network, and is a partner of Young Entrepreneurs in Science (YES). Learn more about LiveLabs and how this partnership is shaping the future of life sciences: https://ow.ly/HlHp50Vrm7W #Sartorius #LiveLabs #LifeScienceInnovation #StartupSupport Babraham Research Campus

Live-cell imaging is transforming how we study complex biology, offering dynamic, label-free insights into human diseases and treatments. As models grow more advanced—like patient-derived cells and iPSCs—the need for non-invasive methods increases. By integrating AI into these workflows, researchers can now quantify cellular behavior across diverse models with precision, enabling data-driven decisions and deeper disease understanding. Read our article to learn more! #LiveCellImaging #LiveCellAnalysis #AI #ArtificialIntelligence #LifeScience #Laboratory #iPSCs #CellBiology #LabelFree #Cytotoxicity #ImageAnalysis

For over a decade, the field of advanced cell models has been evolving, and 3D organoids are at the forefront of this innovation. These models closely mimic human tissues and organs, providing researchers with unparalleled insights into human development and disease. 🔬 Why Organoids? Organoids offer unique properties that make them invaluable in research. They bridge the gap between traditional tissue culture and real human biology, enhancing our understanding and opening new avenues for discovery. ⚙️ While organoids are a powerful tool, they come with their own set of challenges. Developing and using these models requires specialized expertise, additional time, and higher costs. Overcoming these hurdles is crucial to making organoids more accessible and improving the reproducibility of experimental results. 📈 Addressing these challenges will pave the way for broader adoption and innovation in the field. As we continue to explore the potential of 3D organoids, we are excited about the future possibilities they hold for scientific research and medical advancements. Explore the current trends and innovations in 3D organoids. Let's push the boundaries of what's possible in research and development: https://ow.ly/qSKR50UPeLK #3DOrganoids #AdvancedCellModels #Oncology #Neuroscience #Immunology #LiveCellAnaysis #Organoids

Are you curious about the innovative research in functional networks of healthy and diseased iPSC models? Our latest study reveals the fascinating world of glutamatergic neurons and microglia interactions, offering insights that could pave the way for groundbreaking advancements in neurological health. During this research, we monitored healthy and Huntington’s disease iPSC-derived glutamatergic neurons expressing Neuroburst in both mono-culture (MC) and co-culture (CC) with healthy iPSC-derived microglia. Using the Neuronal Activity Assay, we captured intriguing calcium traces and analyzed network correlations and burst durations at 15 days post-microglia addition. This data, presented as mean ± SEM across 3 – 12 replicates, reveals significant insights into neuronal behavior and interactions. Discover our findings and explore how this research could influence future therapeutic strategies: https://ow.ly/56M250VhgZ4 #Neuroscience #iPSC #NeuronalActivity #LiveCellAnalysis