Vizgen
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Confidently take your research to new depths with MERSCOPE Ultra integrating single-cell and spatial multiomics analysis powered by MERFISH technology.
How do disseminated tumor cells reveal themselves in the bone marrow?
Using MERFISH 2.0™, Mark Watson, Ph.D.'s team can map 200K–500K cells from bone marrow aspirates and distinguish DTCs from other populations w/ a 140-gene panel.
Full webinar: hubs.ly/Q03GgGLm0
Using MERFISH 2.0™, Mark Watson, Ph.D.'s team can map 200K–500K cells from bone marrow aspirates and distinguish DTCs from other populations w/ a 140-gene panel.
Full webinar: hubs.ly/Q03GgGLm0
September 3, 2025 at 10:10 PM
How do disseminated tumor cells reveal themselves in the bone marrow?
Using MERFISH 2.0™, Mark Watson, Ph.D.'s team can map 200K–500K cells from bone marrow aspirates and distinguish DTCs from other populations w/ a 140-gene panel.
Full webinar: hubs.ly/Q03GgGLm0
Using MERFISH 2.0™, Mark Watson, Ph.D.'s team can map 200K–500K cells from bone marrow aspirates and distinguish DTCs from other populations w/ a 140-gene panel.
Full webinar: hubs.ly/Q03GgGLm0
Struggling with cell segmentation in complex tissues like multinucleated muscle or abnormally shaped cells? Enhance your cell segmentation with Vizgen's Cellpose2 Plugin!
Learn more about VPT and the plugin: vizgen.com/vpt/
#SpatialBiology
Learn more about VPT and the plugin: vizgen.com/vpt/
#SpatialBiology
July 7, 2025 at 9:00 PM
Struggling with cell segmentation in complex tissues like multinucleated muscle or abnormally shaped cells? Enhance your cell segmentation with Vizgen's Cellpose2 Plugin!
Learn more about VPT and the plugin: vizgen.com/vpt/
#SpatialBiology
Learn more about VPT and the plugin: vizgen.com/vpt/
#SpatialBiology