Aging Muscle Fails Through Broken Cell-to-Cell Communication, Review Finds
A new review in Aging Cell argues that skeletal muscle aging is driven by the breakdown of multicellular communication networks ...
A new review in Aging Cell argues that skeletal muscle aging is driven by the breakdown of multicellular communication networks ...
Researchers in Shanghai have discovered that loss of the fibroblast-derived protein mimecan drives emphysema in COPD by unleashing Wnt5a signaling ...
A multispecies single-cell RNA sequencing study shows that insulinoma cell lines from dogs, humans, rats and mice retain their transcriptomic ...
A single-cell and spatial transcriptomic atlas of medulloblastoma maps developmental hierarchies and identifies the PPIA-BSG tumor-immune signaling axis as an ...
A single-cell re-analysis of 44 prostate cancer samples reveals that androgen deprivation therapy transiently activates immune programs within tumor cells ...
A single-cell multi-omic study of transplanted mouse kidneys identifies SPP1-positive macrophages and a CEBPβ-centered regulatory program as candidate drivers of ...
An integrated single-cell and spatial multi-omics study of glioma identifies the astrocyte-associated gene TTYH1 as a tumor suppressor that impedes ...
A new study shows that the redox enzyme TXNRD1 drives enteric glial cells into a pathological SPP1-high state that suppresses ...
Single-cell RNA sequencing of dairy goat embryos has revealed how stromal and epithelial cells steer gonad development and which genes, ...
Rapamycin treatment reprogrammed the aging immune system in atherosclerotic mice, reducing plaque macrophages and neutrophils, expanding regulatory T cells, and ...
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© 2025 Scienmag - Science Magazine