FluoroFinder

Looking to capture high-resolution images of cells and visualize subcellular structures and spatial variations in fluorescent images? Join us on October 2nd as Rea Dabelic dives into the capabilities of VERLO™, NanoCellect Biomedical, Inc.'s Image-Guided Cell Sorter. Discover its applications in label-free cell structure analysis, cell–cell interactions, nuclear translocation, and organelle staining, and learn how to enhance sorting precision by integrating imaging features into gating strategies. Don't miss out - save your seat for the live event or watch the recording afterwards: https://lnkd.in/gR7veQMT #facs #flowcytometry #imaging #cellsorting

The BD Biosciences fluorochrome performance chart magnet is ready for your lab! This handy chart was developed to aid in fluorochrome selection and simplify panel design by ranking fluorochromes on resolution and spillover. Sign up to receive your free magnet and learn how it can help you prioritize clean fluorochromes and simplify panel design. https://lnkd.in/gEUhXTiu

Understanding how molecules move and interact is crucial for advancing our knowledge in various fields, from cancer research to drug development. Check out our latest blog post on the fundamentals of FRAP (Fluorescence Recovery After Photobleaching), its applications, and why it's essential for modern research. Whether you're new to FRAP or looking to deepen your understanding, this resource provides valuable information and practical tips. Discover how FRAP contributes to unraveling the mysteries of cellular behavior and opens new avenues for scientific exploration. 🔬 📖 Read the full blog here ⤵ #FRAP #FluorescenceMicroscopy #CellBiology #ScienceResearch #Biotechnology #LifeSciences

New Spatial Biology Product Alert! Accelerate your immuno-oncology research with Bethyl's PathPlex® Multiplex IHC Panels! We offer 8 antibody panels for immunology and immuno-oncology research that are pre-formatted and optimized to work together in multiplex applications. These panels have been validated using tyramide signal amplification. We offer panels to detect activated and immunosuppressive T cells, cell proliferation and metastasis, and more to accelerate your IO research. Get your experiment started:https://lnkd.in/gzMdt9jG  #multiplexing #mIF #mIHC #proteomics #spatialbiology #spatialomics [PathPlex is a trademark owned by Fortis Life Sciences or its affiliates.]

BD Biosciences' Anti-Human TIGIT clone TgMab-2 is now available! TIGIT is a surface-expressed receptor, commonly known to be expressed by NK cells, activated T cells and Tregs. On these cells, it can act to inhibit the immune system via the binding of ligands expressed by APCs. Download this flyer to view clone comparison data and learn more. Explore BD Biosciences’ growing offering of Anti-Human TIGIT antibodies at: bdbiosciences.com/TIGIT.

FEEDBACK NEEDED 🔬 🖥 👩🔬 How useful would this tool be to you when designing a novel immunoassay?

Spectral flow cytometry continues to push the boundaries of multiparameter cell analysis, enabling researchers to delve deeper into cellular subsets and integrate results with high-performance cell sorting. Join our webinar on August 29th, as Dr. Andrew Draghi, II Ph.D., MS from Sony Biotechnology Inc. demonstrates the power of the FP7000 Spectral Cell Sorter. He’ll guide you through the design and analysis of 20+ color panels using the ID7000™ Spectral Cell Analyzer and show how to efficiently transition these panels to the FP7000 without the need for panel optimization or redesign - saving both time and reagents. Don’t miss this opportunity to learn how to design high-parameter spectral panels - register to attend the live event or catch the recording afterwards: https://lnkd.in/di-92wuQ #flowcytometry #spectral #spectralflowcytometry #cellanalysis #cellsorting

Exciting advancements in cellular senescence research are shaping the future of healthcare and longevity! 🔬 🌟 Check out our recent article that delves into the latest discoveries and technologies driving progress in understanding cellular senescence ⤵ Understanding cellular senescence is crucial as we explore its implications in aging, disease, and potential therapeutic interventions. Whether you're in biotech, healthcare, or simply curious about the forefront of medical science, this article offers valuable insights into a rapidly evolving field. Don't miss out on this fascinating read! 📖 💡

Image-enhanced flow cytometry enables the capture of both flow cytometry data and morphological parameters in a single acquisition, providing new opportunities for separating population subsets when coupled with AI and machine learning. On Thursday, August 22nd, Luise Sternberg from Thermo Fisher Scientific will explore how to leverage these morphological parameters to analyze samples. She’ll be discussing automated image analysis and high-speed data acquisition, focusing on the complexity of immune cell subsets. Sign up to attend the live event or access the recording afterward: https://lnkd.in/eFDUU7a2 #flowcytometry #spectralflowcytometry #immunology 

Join Dr Sharon Sanderson, Flow Cytometry Scientist at Bio-Rad Laboratories, to learn a seven-step process for panel design that has been followed to generate human and mouse no/low compensation immunophenotyping panels. These panels generate data of a high quality but with simplified acquisition and analysis. Register now:  https://lnkd.in/g7NmUTMZ