Diseased Blood Vessels May Drive Fibrosis Across Multiple Organs
A new review argues that dysfunctional blood vessels, through failed endothelial quiescence, abnormal remodeling modes and disrupted angiocrine signaling, may ...
A new review argues that dysfunctional blood vessels, through failed endothelial quiescence, abnormal remodeling modes and disrupted angiocrine signaling, may ...
A new review argues that calcific aortic valve disease is two diseases in one, and that imaging of both fibrous ...
In a laboratory study of primary pediatric lens epithelial cells, the anti-CTGF antibody pamrevlumab suppressed collagen production, migration and proliferation ...
A single-nucleus atlas of human visceral fat identifies THBS1-expressing stem cells and adipocytes as drivers of fibro-inflammatory remodeling in obesity ...
A single-cell RNA sequencing analysis of 101,009 cells identifies 17 cell subtypes and reveals reduced macrophage and fibroblast signaling alongside ...
A Bayesian decision model suggests MASLD follow-up intensity should be calibrated to patient adherence, with aggressive monitoring favored for lifestyle-modification ...
A new review maps how the histone lactylation mark H3K18la links lactate metabolism to gene control, driving both disease progression ...
A paired tissue study of 11 patients finds that microRNA patterns tied to apoptosis and fibrosis remain largely unchanged after ...
In a rat model of paraquat-induced kidney damage, the approved drug disulfiram reduced tissue injury, fibrosis, and oxidative stress, with ...
A spatial transcriptomics study of 16 MASH patients and eight controls maps compartment-specific CYP450 suppression, immune activation, and disrupted cell-cell ...
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© 2026 Scienmag - Science Magazine