
Sign up to save your podcasts
Or


🧬 Tumours are not just masses of cells—they are organized ecosystems.
A remarkable Nature study by Zhang et al. mapped >10 million spatial transcriptomes across cancers and identified 9 conserved "spatial ecotypes" within the tumour microenvironment. Even more striking: these ecotypes could be detected non-invasively from plasma cell-free DNA using deep learning.
Higher SE7/SE8 predicted better immunotherapy outcomes, while SE4 forecast resistance and poorer survival. A powerful step toward blood-based spatial oncology and precision immunotherapy. 🚀🩸🔬
Zhang W, Brown EL, Usmani A, et al. Nature. 2026. doi:10.1038/s41586-026-10452-4
By Dr RR Baliga, MD, MBA5
66 ratings
🧬 Tumours are not just masses of cells—they are organized ecosystems.
A remarkable Nature study by Zhang et al. mapped >10 million spatial transcriptomes across cancers and identified 9 conserved "spatial ecotypes" within the tumour microenvironment. Even more striking: these ecotypes could be detected non-invasively from plasma cell-free DNA using deep learning.
Higher SE7/SE8 predicted better immunotherapy outcomes, while SE4 forecast resistance and poorer survival. A powerful step toward blood-based spatial oncology and precision immunotherapy. 🚀🩸🔬
Zhang W, Brown EL, Usmani A, et al. Nature. 2026. doi:10.1038/s41586-026-10452-4

895 Listeners

3,360 Listeners

19,524 Listeners