Dual-Branch AI Framework CrossBranch Sharpens Cell-Type Maps Across Omics Data
A new dual-branch deep learning framework called CrossBranch improves the estimation of cell-type composition from bulk, proteomic, and spatial omics ...
A new dual-branch deep learning framework called CrossBranch improves the estimation of cell-type composition from bulk, proteomic, and spatial omics ...
A new review argues that immune aging and manufacturing stress, not just tumor biology, explain why gamma-delta T cell cancer ...
A stage-spanning single-cell atlas of bladder cancer identifies a CXCR4-positive vascular-immune barrier at the T1 stage that excludes T cells ...
A new physics-in neural network framework called GRNvelo unifies gene regulatory network dynamics with cell population behavior, accurately reconstructing cell ...
Single-cell RNA sequencing of post-chemotherapy AML bone marrow has identified five macrophage polarization states whose abundance tracks with treatment response ...
A new review maps how hormones, gene networks, and epigenetic marks allow mature plant cells to revert to a pluripotent ...
A semi-supervised deep learning system called TBMNet accurately quantifies tumor budding in colorectal cancer slides and reveals molecularly distinct budding ...
A new deep learning framework called SCmapST uses a seeded matches strategy to map single-cell gene expression data onto spatial ...
A sweeping integrated genomics study reveals that chemotherapy-resistant tumors across multiple cancer types share a hyperproliferative, MYC-driven state, identifying the ...
A new study of the colonial cnidarian Hydractinia symbiolongicarpus shows that its adult pluripotent stem cells are transcriptionally and morphologically ...
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© 2025 Scienmag - Science Magazine