New AI tool maps single cells onto tissue space with unprecedented precision
A new deep learning framework called SCmapST uses a seeded matches strategy to map single-cell gene expression data onto spatial ...
A new deep learning framework called SCmapST uses a seeded matches strategy to map single-cell gene expression data onto spatial ...
Researchers at NYU Grossman School of Medicine show that loss of the NF1 tumor suppressor reorganizes melanoma tumors into immunosuppressive ...
A sweeping integrated genomics study reveals that chemotherapy-resistant tumors across multiple cancer types share a hyperproliferative, MYC-driven state, identifying the ...
Spatial transcriptomic mapping of liver tumors has revealed that CCL19-producing fibroblasts recruit CXCR3-positive B cells to form an antitumor axis ...
Researchers have introduced RamanOmics, a label-free strategy combining Raman imaging with spatial and single-cell transcriptomics to map a lipid-linked vibrational ...
A new RamanOmics platform combines Raman chemical imaging with spatial transcriptomics to reveal the biochemical remodeling that defines senescent cells.
A new study links fibroblast-derived migrasome programs and the protein TSPAN4 to gastric cancer progression and builds a highly accurate ...
By combining single-cell RNA sequencing with Visium HD spatial transcriptomics, researchers have built the first spatially resolved atlas of immune ...
Researchers have developed CRISGI, a computational framework that detects critical transient gene interactions presaging abrupt disease shifts across bulk, single-cell, ...
A spatiotemporal single-cell study of 31 transplant recipients reveals how expanding alloreactive T cell clones acquire tissue-resident memory programs that ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine