Matrix origin determines how perlecan sugars steer stem cell fate
A laboratory study found that removing heparan sulfate chains from perlecan in cell-derived extracellular matrix altered human stem-cell differentiation according ...
A laboratory study found that removing heparan sulfate chains from perlecan in cell-derived extracellular matrix altered human stem-cell differentiation according ...
Cell-culture and mouse experiments found that low-concentration simvastatin promoted osteogenic activity and endothelial network formation through a process associated with ...
A new study shows the sexually reproducing Brazilian land planarian Luteostriata abundans can regenerate a complete organism from both anterior ...
Researchers report that a seven-chemical cocktail rapidly converts human pluripotent stem cells into 8-cell-like cells that transcriptionally and functionally mirror ...
A biomimetic nanoreactor coated with senescent stem cell membranes delivers nitric oxide and magnesium while scavenging reactive oxygen species, reversing ...
The appeal of hydrogels in regenerative medicine begins with a deceptively simple physical observation: soft tissues of the human body ...
A new review maps how asymmetric Janus biomaterials integrate barrier, antimicrobial, and regenerative functions to drive next-generation tissue repair.
Israeli and Japanese researchers report in Nature that reduced cartilage cushioning molecules, an evolutionary trade-off tied to human traits, explain ...
Researchers discovered that the RNA-modifying enzyme PUS7 pseudouridylates the noncoding RNA 7SK to recruit the BAF chromatin-remodeling complex, enabling a ...
Self-blinking fluorescent probes allow DNA packaging to be imaged in living cells at 20-nanometre resolution and in preserved biopsy tissue ...
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© 2025 Scienmag - Science Magazine