Tag: Spatial transcriptomics

A new graph neural network study of spatial transcriptomics finds that attention mechanisms, not elaborate edge features, drive accurate identification ...

An integrated single-cell and spatial transcriptomic study has identified a triple-negative breast cancer-enriched malignant epithelial program, EP5, linked to aggressive ...

A new light-based barcoding technique called scSTAMP-seq stamps spatial coordinates onto individual cells using photocleavable DNA tags, enabling joint transcriptomic ...

A new microfluidic method called spatial Hi-C maps genome-wide 3D chromatin folding directly within intact brain tissue sections, revealing lobule-specific ...

A new study in Aging Cell shows that NAD+ metabolic collapse drives senescent CD8+ T cells to fuel ulcerative colitis ...

A new review proposes that standardized Traditional Chinese Medicine formulas could re-engineer the gut microbiome, myeloid cells, and tumor cell ...

A modular threaded microneedle system delivers a senescence-fighting hydrogel to the dermis and metabolism-restoring mRNA nanoparticles to subcutaneous fat, reversing ...

A new dual-branch deep learning framework called CrossBranch improves the estimation of cell-type composition from bulk, proteomic, and spatial omics ...

Researchers have developed DePass, a dual-enhanced graph learning framework that iteratively denoises and integrates paired multi-omics data across single-cell and ...

A semi-supervised deep learning system called TBMNet accurately quantifies tumor budding in colorectal cancer slides and reveals molecularly distinct budding ...