Learn more about Stellaromics 3D spatial transcriptomic services for thick tissues. You provide us with the embedded tissue block, and we handle the rest, from sample to answer! – Gene panel customiza...

The 2025 HCA General Meeting will convene our community to share updates on assembling HCA Atlases of specific tissues, and to plan for the release of the first draft Human Cell Atlas. We will discuss...

Exploring how spatial information is generated, and how these can translate into future research and clinical intervention opportunities.

Discover what 2D spatial multiomics misses. Learn about our 3D spatial multiomics platform, Pyxa, and how it adds another dimension to your data by providing insights into gene expression in thick tis...

From Novel Technologies to Clinical Applications: Driving the Next Generation of Multi-Omics Research

Capture the full complexity of multicellular tissue with Pyxa 3D spatial multiomics. Explore how 3D spatial multiomics data can drive forward your research projects.

A lab at the University of Glasgow is planning to use the Pyxa platform, originally developed for brain tissue, to study the tumor microenvironment and immuno-oncology.

As AGBT comes to a close, GEN editors discuss some of the biggest announcements from the last day.

Don't settle for 2D spatial biology. Discover the power of automated 3D spatial multiomics with Stellaromics Pyxa platform.

Discover what 2D spatial multiomics misses. Learn about our 3D spatial multiomics platform, Pyxa, and how it adds another dimension to your data by providing insights into gene expression in thick tis...

The Google cofounder has donated more than $1.5 billion to Parkinson’s research. Now, as he takes on autism, he’s also investing in startups that might help.