Scientists map how human blood vessels age cell by cell across the body
An international team has built an atlas of vascular aging, the Human Aging Endothelial Cell Atlas, by analyzing gene activity ...
An international team has built an atlas of vascular aging, the Human Aging Endothelial Cell Atlas, by analyzing gene activity ...
A new review argues that dysfunctional blood vessels, through failed endothelial quiescence, abnormal remodeling modes and disrupted angiocrine signaling, may ...
A rat study finds that low-dose tacrolimus lowered right ventricular pressure and reduced pulmonary vascular remodeling through endothelial protection and ...
A tissue microarray study of 347 clear cell renal cell carcinomas finds that p16 expression in intratumoral blood vessels, rather ...
A new mouse and human tissue study shows that the transcription factor Snai1 reprograms retinal pericytes to deposit and crosslink ...
A 2026 review maps altered glucose, lipid and amino-acid metabolism across four major lung cell populations and identifies promising but ...
A newly identified PI16-expressing reactive endothelial cell state with strong circadian gene activity supports neuronal survival and reduces brain injury ...
An integrated single-cell atlas of more than 375,000 endothelial cells from 12 human tissues identifies conserved transcriptional hallmarks of vascular ...
A mouse study found that endothelial FoxO1 supports capillary remodeling, mitochondrial integrity and metabolic health in females while producing opposite ...
In vitro PIK3CA silencing restored anoikis sensitivity and reduced aggressive behaviors in engineered anoikis-resistant rabbit aortic endothelial cells.
Cell-culture and mouse experiments found that low-concentration simvastatin promoted osteogenic activity and endothelial network formation through a process associated with ...
A 2026 review proposes that SFRP4 may inhibit tumor angiogenesis through integrin-linked disruption of Wnt–β-catenin signaling, but the supplied evidence ...
A new review maps how patient-derived induced pluripotent stem cells and three-dimensional vascular and neurovascular organoids are transforming Moyamoya disease ...
A new study traces impaired placental angiogenesis in female fetal growth restriction to a microRNA that represses angiopoietin-2 and suppresses ...
Nanovesicles embedded in decellularized bovine pericardium drive blood vessel formation in cell cultures and rescue ischemic limbs in mice, opening ...
A spatial transcriptomics study of fatal COVID-19 lungs reveals progressive loss of endothelial and immune cells, explosive peribronchial fibroblast expansion, ...
New research shows that the nuclear envelope protein SUN2 regulates endothelial microtubule dynamics, focal adhesions, and extracellular matrix quality to ...
New mouse research shows that removing the protein lipocalin-2 from blood vessel cells curbs the destructive retinal vessel growth of ...
Researchers have developed a systemically administered nanosystem that captures circulating endothelial exosomes and redirects them to ischemic heart tissue, improving ...
Angiogenesis research is transforming cancer, eye disease, and regenerative medicine, and its leading journal's new impact factor underscores the field's ...
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