EMEA Educational Xenium Webinar Series

Combine the power of single cell & spatial to make the impossible, possible

 
 
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EMEA Educational Xenium Webinar Series

Part 2/3—Xenium Workflow

Reveal new insights into cellular structure and function by enabling the mapping of 100s–5,000s of RNA targets in fresh frozen and FFPE samples with true tissue context. Built on years of innovation in single cell and spatial technologies, Xenium is a complete platform that streamlines going from tissue section to data, with a state-of-the-art analyzer and a wide selection of curated panels and/or customization options. Xenium's Onboard Analysis automatically processes data during a run allowing immediate interactive visualization with the powerful and intuitive Xenium Explorer.

Xenium offers best-in-class sensitivity, specificity, and highly confident transcript-to-cell assignments using multimodal cell segmentation. Upcoming platform developments included an increased breadth of RNA target investigation with off-the-shelf pre-designed gene or custom panels, ranging from 50 to 5,000 genes, and in-line multiplex protein detection for even greater biological insights.

In our three-part series, each session will focus on an essential phase of a Xenium experiment, guiding participants step by step through panel design, workflow, and data analysis. All sessions take place from July to October 2025.

The second webinar will focus on:

  • Getting started: v1 vs. Xenium Prime
  • Tips and tricks for tissue preparation of FFPE and FF samples
  • Detailed workflow overview
  • New features: in-line multiplex protein detection

Speaker

Antje Becker.jpg

Antje Becker

Field Application Scientist
10x Genomics


Missed the first part of the series? No problem—you can watch the recording on-demand!

The first webinar in the series explores Xenium panel design, covering the technical concepts behind the Xenium platform, the Xenium Panel Designer (XPD) design process, and offering tips and tricks for designing new panels. Click the button below to watch the recording.



Register to watch on-demand