Trauma-associated microglia drive chronic inflammation after brain injury
Researchers identified trauma-associated microglia that persist chronically after mouse traumatic brain injury and drive exaggerated inflammatory responses and tissue damage.
Researchers identified trauma-associated microglia that persist chronically after mouse traumatic brain injury and drive exaggerated inflammatory responses and tissue damage.
The ATLAS method imputes spatial single-cell maps of mouse brains and uncovers cell-type and regional composition differences between sexes and ...
A retrospective cohort of 199 pulmonary mycosis patients on triazole antifungals identified baseline liver enzymes and immunocompromised status as risk ...
A new Brain Informatics review traces how AI methods, from co-expression statistics to causal graph neural networks and foundation models, ...
A LASSO-based risk score built from oxidative stress-related genes predicts biochemical recurrence in prostate cancer, with LAMP5 knockdown reducing PC3 ...
A new review in Cell Regeneration explains why transient senescent cells support muscle repair while persistent senescence in aged or ...
A new study links tumor-derived TNF-α, CCL4-high tumor-associated neutrophils, and suppressed T-cell activity to immunotherapy resistance in non-small cell lung ...
A mouse study reports that CD34+ telocytes promote angiogenesis and wound healing by signaling to endothelial cells through Sema3c and ...
Whitehead Institute researchers profiled more than 600,000 cells to build the first whole-body single-cell transcriptome atlas of an adult vertebrate, ...
Deleting Trpv1 in myeloid cells worsened inflammation, fibrosis and barrier dysfunction in mice with high-fat diet-exacerbated chronic colitis, via a ...
A mouse study of traumatic brain injury found that astrocytes increase mitochondrial transfer to neurons via extracellular vesicles, a response ...
A new review summarizes how basal stem cells sustain lifelong olfactory epithelium renewal and how single-cell and organoid technologies are ...
A six-gene endothelial cell signature built from single-cell RNA sequencing data predicts survival outcomes and reveals distinct tumor microenvironment communication ...
A Cell & Bioscience study links compartment-specific AKAP12 promoter methylation to opposing epithelial and stromal programs in colorectal cancer and ...
A new study links macrophage STAT3 signaling to a paracrine inflammatory environment associated with ferroptosis-related cardiomyocyte injury in septic cardiomyopathy.
An integrative genomic and proteomic study identified seven new genetic loci and 23 genetically supported plasma proteins for age-related macular ...
Organoid and clinical single-cell data link a DHX58-positive, CD62L-positive stem-like T-cell state to immune checkpoint blockade responsiveness in gastric cancer.
An integrative analysis of human NOA transcriptomic data and a Utf1 conditional knockout mouse model identifies ACTRT2 and AKAP4 as ...
A multi-cohort study finds that five genes upregulated in clear cell renal cell carcinoma mark the immune microenvironment rather than ...
A single-cell study of pretreatment nasopharyngeal carcinoma biopsies identifies an SPP1-CD44 macrophage-tumor communication axis linked to chemotherapy tolerance.
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