Read about the recent advances in spatial omics and computational models that inform the classification and clinical relevance of cellular neighborhoods in cancer.
by Kai Tan and colleagues @kaitanlab.bsky.social
🔗 www.nature.com/articles/s43...
Read about the recent advances in spatial omics and computational models that inform the classification and clinical relevance of cellular neighborhoods in cancer.
by Kai Tan and colleagues @kaitanlab.bsky.social
🔗 www.nature.com/articles/s43...
It's the FIRST 1B-parameter spatial omics model built on ControlNet & Stable Diffusion. 🧬🤖
Moving beyond CNNs, it enables query-driven prediction of molecular maps directly from histology.
🔗 www.biorxiv.org/content/10.6...
It's the FIRST 1B-parameter spatial omics model built on ControlNet & Stable Diffusion. 🧬🤖
Moving beyond CNNs, it enables query-driven prediction of molecular maps directly from histology.
🔗 www.biorxiv.org/content/10.6...
Michael Poeschla and I had the privilege to write a commentary, "Getting to the root of high-risk leukemias" tinyurl.com/htf3e8d2
Michael Poeschla and I had the privilege to write a commentary, "Getting to the root of high-risk leukemias" tinyurl.com/htf3e8d2
twtr.to/foS9o
twtr.to/foS9o
twtr.to/T0m76
twtr.to/T0m76
twtr.to/cJ099
twtr.to/cJ099
twtr.to/AfDEQ twtr.to/Gyefw
twtr.to/AfDEQ twtr.to/Gyefw
forbes.com/profile/gregor…
forbes.com/profile/gregor…
hubmapconsortium.org/internship-pro…
hubmapconsortium.org/internship-pro…