Canopy Biosciences

Exciting news! What if you could provide context to your high-throughput analysis? In this new by Anna Ralser and the Gerhard Lab, provides important spatial context to one of the most common drivers of and colorectal carcinogenesis by illuminating the immune landscape of H. pylori infected colon tissue.
Both human and mouse FFPE colon tissues were stained using ChipCytometry technology, a cyclic multiplex workflow, to demonstrate the mechanism for how H. pylori infection drives carcinogenesis in human colon tissue.

This study serves as a great example of how ChipCytometry data can tie together spatially-blind multi-omic approaches to unveil novel mechanisms of .

Be sure to read the paper and see how you can strengthen your conclusions by adding multiplex spatial to your next experiment!

View the paper here: https://lnkd.in/g8SwmW_b

CellScape is now live at the University of Minnesota, where one of it's primary applications will be highly-plexed immune profiling of acute lymphoblastic leukemia in human and mouse models

Thank you to everyone who joined us at Biomarkers UK and listened to our talk on yesterday! Learn more about the at https://hubs.ly/Q01DCQ-M0