Reprogrammed Stem Cells Show Promise for Healing Chronic Wounds That Refuse to Close
A comprehensive narrative review details how induced pluripotent stem cells, their extracellular vesicles, and engineered skin constructs are advancing chronic ...
A comprehensive narrative review details how induced pluripotent stem cells, their extracellular vesicles, and engineered skin constructs are advancing chronic ...
A three-dimensional Matrigel culture system reverses replicative aging in human limbal niche cells by upregulating the transcription factor FOSL1, which ...
A systematic review of 45 studies finds that senescent mesenchymal stem cells consistently lose proliferative and migratory capacity and may ...
A comparative study finds that decellularized camel meniscus scaffolds match human tissue in compressive strength and outperform both human and ...
A new review in Advanced Science maps how in vivo direct reprogramming converts resident cells into functional replacements for damaged ...
A comprehensive review charts how cardiac organoids and engineered heart tissues are constructed, matured and translated toward predictive human cardiovascular ...
KAIST researchers developed NUDGE, a computational framework that redirects cell fate with a single temporary intervention by harnessing the natural ...
A new review details how mRNA therapeutics are expanding beyond infectious disease vaccines into cancer immunotherapy, protein replacement, autoimmune tolerance, ...
Scientists have engineered an aligned, electrically conductive hydrogel that combines mechanical support with immune regulation to repair pelvic floor tissue ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine