Massive Cell Atlas Reveals How Aging Blood Vessels Lose Their Regenerative Power
An integrated single-cell atlas of more than 375,000 endothelial cells from 12 human tissues identifies conserved transcriptional hallmarks of vascular ...
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 ...
An architected polymer framework, bioactive glass and a soft hydrogel formed a composite that increased vascularized bone formation in rat ...
A 2026 review finds that miR-142-3p generally suppresses tumor-cell growth and improves drug response inside cancer cells, while its extracellular-vesicle ...
Cell-culture and mouse experiments found that low-concentration simvastatin promoted osteogenic activity and endothelial network formation through a process associated with ...
A narrative review finds that copper can promote collagen cross-linking, oxidative stress, and cancer-cell activity in oral disease, but direct ...
A titanium coating combining sodium alginate, collagen, and the plant-derived polyphenol troxerutin simultaneously boosts bone-forming and blood vessel-forming activity in ...
A new review details how the cellular recycling pathway autophagy coordinates every stage of skin wound healing and how drugs, ...
A macrophage enzyme called transketolase emerges as a metabolic checkpoint controlling blood vessel regeneration in diabetic wounds, and a nanozyme ...
BMC Cancer editors have retracted a 2022 study claiming lycorine blocks tumor blood supply by docking to PDGFRα, citing overlapping ...
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© 2025 Scienmag - Science Magazine