We're Going Spatial with the 10x Xenium^TM

With subcellular profiling capabilities, the Xenium allows you to understand cellular function and mechanisms of action in extreme detail. 

With the ability to detect transcripts at a subcellular level across the entire tissue sample, you can define complex expression patterns. 

Analyze heterogeneous tumor and immune environments in the original tissue. Identify key therapeutic targets in oncology, immunology, and other major disease research areas. 

Spatial technology can provide a snapshot of individual cells during development and has even been used to study regeneration of limbs and organs.

Regenerative medicine is concerned with replacing damaged tissues with healthy versions to restore function to the patient. With spatial biology, researchers can now monitor cell therapies in the context of the tissue/organ they are intended to repair.