Excited to share our latest work in @NatureCancer to get a better understanding why relapsed T-ALL is so deadly and potential target strategies, led by Jason Xu and @changya1 with members of David Teachey, @junjyang, @CMullighan and many great colleagues. https://t.co/SaG7Q74FMS.
New from the Tan lab: CelloType is an end-to-end method for spatial omics data analysis that uses a deep neural network for concurrent object detection, segmentation and classification and performs with high accuracy on diverse datasets. https://t.co/pBKogdA6HH
Happy to share our newest work, CelloType, to improve segmentation and annotation of tissue spatial omics data. https://t.co/otsD2X2iM8. CelloType performs simultaneous segmentation and structure annotation using a transformer-based model.
Excited to share the first spatially resolved multiomics atlas for human bone marrow, published today in @CellCellPress. https://t.co/EVT4qrhiFs. Wonderful collaborations with Ling Qin @LingQin6, Charles Nelson, Martin Carroll, Ivan Maillard, Vinohd Pillai @pillai_vinodh labs!
👏Advocacy in Action-We had a great day in Harrisburg advocating for research funds that help us do important work like finding new targeted therapies to help kiddos with leukemia. Kudos to Danika Makowski from @KaiTanLab1 for joining us to meet with lawmakers like @senbartolotta