It’s poster session time at #ISEV2024. Come to poster #163 to learn about single vesicle flow cytometry using Cytek’s #Aurora with ESP and the Cellarcus vFC workflow. #ExtracellularVesicles #Spectral #FlowCytometry #Cytek
Well done Maria
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It’s poster session time at #ISEV2024. Come to poster #163 to learn about single vesicle flow cytometry using Cytek’s #Aurora with ESP and the Cellarcus vFC workflow. #ExtracellularVesicles #Spectral #FlowCytometry #Cytek
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7moWell done Maria
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🌟 Our Attune CytPix Flow Cytometer 🌟 I'm thrilled to share our Power tool in cell analysis technology: Attune CytPix by Thermo Fisher Scientific! 🚀 The award-winning Invitrogen Attune CytPix Flow Cytometer combines acoustic focusing with a high-speed brightfield camera for simultaneous high throughput flow cytometry and high resolution brightfield imaging. This breakthrough instrument allows researchers to: 🔬 Simultaneously analyze and image cells - capturing detailed morphological information along with fluorescence data. 📈 Enhance data quality and depth - providing richer, more comprehensive insights into cell populations. ⏱️ Boost efficiency and productivity - streamlining workflows and accelerating research timelines. Whether you're working in immunology, oncology, or any field that requires precise cellular analysis, Attune CytPix opens up new possibilities for discovery and innovation.👏 More information: https://lnkd.in/dMFEZwwM #FlowCytometry #CellAnalysis #ResearchInnovation #ThermoFisherScientific #AttuneCytPix #ScienceAndTechnology
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With forward and backscatter, the WOLF G2 can sort up to 5 colors with one laser, and up to 9 colors with two lasers. Checkout this quick 2-minute video showcasing the WOLF G2 ability to sort leukocytes subpopulations using a 9 colors antibody panel. NanoCellect Biomedical, Inc. #CellSorting #Microfluidics #FACS
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With forward and backscatter, the WOLF G2 can sort up to 5 colors with one laser, and up to 9 colors with two lasers. Checkout this quick 2-minute video showcasing the WOLF G2 ability to sort leukocytes subpopulations using a 9 colors antibody panel. NanoCellect Biomedical, Inc. #CellSorting #Microfluidics #FACS
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Check out November’s Journal of Extracellular Vesicles (Vol. 13, Issue 11), where a new study showcases the bennies of our exosome-depleted FBS for isolating exosomes from cultured cells. By minimizing bovine-derived exosomes and miRNAs, Exo-FBS enhances the purity of your samples and improves the consistency of your exosome research. Click here to read the article: https://shorturl.at/ydC8S #sbi #jev #exosomeresearch #exosomeIsolation #exofbs #celltypes #biomarkerdiscovery
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Best Practices for Cell Painting Morphologic Profiling – Every Cell in Focus Thrilled to share our latest publication in Microscopy Today on optimizing Cell Painting for drug discovery! We've developed best practices for high-content screening that maximize the quality of cellular morphological data. By combining water immersion objectives, high NA lenses, and maximum intensity projection imaging, we can now capture unprecedented detail in cell structure and function with every cell in focus. Key innovations: Optimized signal-to-background ratios for superior image quality Enhanced detection of subtle phenotypic changes Improved reproducibility across experiments Validated on the Yokogawa CellVoyager CV8000 platform This work opens new possibilities for drug screening, mechanism of action studies, and disease modeling. Proud to collaborate with our partners Mai Hagimoto and Kevin Jan at Yokogawa to advance the field of morphological profiling. Read more about how we're putting "Every Cell in Focus" here: https://lnkd.in/gSSwAKVb #drugdiscovery #CellPainting #Microscopy #HighContentScreening
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Excited to share our latest publication in Microscopy Today! We worked with Jonathan Sexton at the University of Michigan Medical School, to optimize Cell Painting for drug discovery! By combining the advanced imaging techniques featured in our CV8000, he was able to capture unparalleled detail in cell structure and function. This work opens new possibilities for drug screening and disease modeling. Read more: https://lnkd.in/esJZ4ydP #DrugDiscovery #CellPainting #Collaboration #HighContentScreening
Best Practices for Cell Painting Morphologic Profiling – Every Cell in Focus Thrilled to share our latest publication in Microscopy Today on optimizing Cell Painting for drug discovery! We've developed best practices for high-content screening that maximize the quality of cellular morphological data. By combining water immersion objectives, high NA lenses, and maximum intensity projection imaging, we can now capture unprecedented detail in cell structure and function with every cell in focus. Key innovations: Optimized signal-to-background ratios for superior image quality Enhanced detection of subtle phenotypic changes Improved reproducibility across experiments Validated on the Yokogawa CellVoyager CV8000 platform This work opens new possibilities for drug screening, mechanism of action studies, and disease modeling. Proud to collaborate with our partners Mai Hagimoto and Kevin Jan at Yokogawa to advance the field of morphological profiling. Read more about how we're putting "Every Cell in Focus" here: https://lnkd.in/gSSwAKVb #drugdiscovery #CellPainting #Microscopy #HighContentScreening
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Cell Painting: Best practice... "Every Cell" vs. Single cell...
Best Practices for Cell Painting Morphologic Profiling – Every Cell in Focus Thrilled to share our latest publication in Microscopy Today on optimizing Cell Painting for drug discovery! We've developed best practices for high-content screening that maximize the quality of cellular morphological data. By combining water immersion objectives, high NA lenses, and maximum intensity projection imaging, we can now capture unprecedented detail in cell structure and function with every cell in focus. Key innovations: Optimized signal-to-background ratios for superior image quality Enhanced detection of subtle phenotypic changes Improved reproducibility across experiments Validated on the Yokogawa CellVoyager CV8000 platform This work opens new possibilities for drug screening, mechanism of action studies, and disease modeling. Proud to collaborate with our partners Mai Hagimoto and Kevin Jan at Yokogawa to advance the field of morphological profiling. Read more about how we're putting "Every Cell in Focus" here: https://lnkd.in/gSSwAKVb #drugdiscovery #CellPainting #Microscopy #HighContentScreening
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Here comes the first ☝️ modular solution in spectral flow cytometry. The CytoFLEX mosaic Detection Module represents the next step in the evolution of our CytoFLEX Platform. When paired with your CytoFLEX S or LX Flow Cytometer, it allows seamless switching between conventional and spectral modes and empowers you to tackle even the most complex experiments. Learn more: https://becls.co/40QZjz1 #CytoFLEX #mosaic #Spectral #FlowCytometry
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Here it comes! Modular and practical!!
Here comes the first ☝️ modular solution in spectral flow cytometry. The CytoFLEX mosaic Detection Module represents the next step in the evolution of our CytoFLEX Platform. When paired with your CytoFLEX S or LX Flow Cytometer, it allows seamless switching between conventional and spectral modes and empowers you to tackle even the most complex experiments. Learn more: https://becls.co/40QZjz1 #CytoFLEX #mosaic #Spectral #FlowCytometry
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Real-Time Monitoring of Migration in Action! Ella Hutchison and Tom Miller have been working on optimizing the measurement of HT-1080 chemotaxis using our Incucyte® - Live-Cell Analysis Systems. The video below, you can observe cells migrating from serum-free media to a chemoattractant (10% FBS medium). Additionally, this study demonstrates that Cytochalasin D effectively inhibits HT-1080 cell chemotaxis in a dose-dependent manner. Explore more about our advanced live-cell imaging capabilities at Charnwood Discovery: https://lnkd.in/ecGkpVCu #CellBiology #Chemotaxis #LiveCellImaging #Bioscience #ResearchInnovation
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Consultant cardiology and scientist
8moVery interesting and inspiring