Uncover the cellular relationships shaping tumor response and resistance, cell by cell.
Spatial transcriptomics is revealing complex, therapeutically relevant interactions between tumor and immune cells within the tumor microenvironment (TME), and pointing toward new drug targets in the process. This article walks through a Nature Genetics study using Visium HD and Xenium In Situ on human colorectal cancer samples to show what's possible when researchers zoom from whole-tissue views down to single-cell, subcellular resolution.
Why read this blog?
- Get seven concrete ways a fuller view of tumor biology can sharpen cancer drug discovery, from stronger target rationale to fewer costly late-stage failures
- Follow a real case study tracing macrophage and T-cell subpopulations at the tumor boundary, and what that reveals about pro- vs. anti-tumor activity
- See how zooming from a whole-tissue view down to individual cell interactions builds a more complete picture of tumor biology than any single method alone
- Understand how these insights translate into sharper biomarker discovery and more targeted therapeutic strategies
