Carver Biotech

DNA 10x Xenium In situ System

10x Xenium In situ System

Xenium

 Xenium is an end-to-end platform from 10x Genomics that provides highly sensitive, targeted gene and protein expression information at subcellular resolution. The Xenium Analyzer combines the power of single molecule RNA and protein detection with powerful optics, data acquisition, and decoding technology to rapidly detect analytes at high plexy and at subcellular resolution across entire tissue sections. The platform is designed to be compatible with both fresh frozen (FF) and formalin-fixed, paraffin-embedded (FFPE) tissues

Xenium In Situ workflow overview

Xenium In Situ workflow overview

Xenium In Situ: High-performance in situ from the single cell leader

Xenium In Situ: High-performance in situ from the single cell leader

Xenium Sample information

 

Imageable Sample area

Total sample area inside the fiducials is 10.45mm x 22.45mm.

 

Tissue compatibility

Fresh Frozen, FFPE, and Fixed frozen

 

Sample type

Mouse and human brain, human lung, human breast, human skin, human colon, as well as multi-tissue panels for both human and mouse samples are available.  Human Immuno-Oncology Profiling Panel is now available

 

Restricted thickness

Fresh Frozen = 10 µM; FFPE = 5 µM

 

Data analysis

Xenium explorer, Xenium ranger, third party tools

 

Downstream processing

Enables tissue morphology (H/E) staining, or Visium spatial transcriptome analysis and immunofluorescence (IF), on the same tissue section.

Xenium supported panels:

Post-Xenium In Situ Applications: Immunofluorescence, H&E, and Visium CytAssist Spatial Gene Expression

For more information about the Xenium platform:

Xenium Analzyer

Xenium Brochure

Xenium protocols

Xenium Specifications

Gene expression panels on xenium 

Custom panel designs

Xenium interactive data set

Xenium software updates and important notes

Download Xenium Explorer

Download Xenium Ranger

FFPE Human breast tissue on Xenium

 Manufacturer: 10X Genomics
Equipment Model: 10x Xenium Platform
Location: Main Facility at 231 Edward R. Madigan Laboratory
Contact Person: Mayandi Sivaguru, sivaguru@illinois.edu