Tag: single-cell transcriptomics

A comparative network analysis identified 984 unusually fast-evolving human brain genes and 234 potential linker genes associated with immune, metabolic ...

A 2026 review finds that AI has accelerated BMP4 structure modeling, multi-omics analysis and prognostic research while emphasizing that experimental ...

A six-point mouse RNA-sequencing study found that diabetic kidney tissue changed earlier than heart tissue, revealing a shift from early ...

A single-cell transcriptomic analysis of paired diagnosis and relapse samples identifies chemoresistant cell populations that, combined with cytogenetics and measurable ...

Deep inside colorectal tumors, a quiet molecular choreography may decide who lives and who dies. A new study published in ...

An integrated multi-omics study identifies the cytochrome P450 enzymes CYP1A1 and CYP1B1 as potential drivers and biomarkers of smoking-related lung ...

A new single-cell study identifies the enzyme LTA4H in inflammatory myeloid cells as a link between lipid metabolism and knee ...

A new review in the Journal of Ovarian Research argues that age-related shifts in ovarian macrophages, driven by pathways such ...

Overexpressing the schizophrenia-linked complement gene C4 in just two percent of mouse cortical neurons triggers widespread transcriptional, lipid-droplet, and stress ...

Researchers at Sun Yat-sen University have mapped a hypothalamic vagal circuit through which chronic stress raises acetylcholine in liver tumors, ...