Research
Chromatin priming of skeletal stem and progenitor cells governs cell fate during bone repair
Nature · By Maria Ethel ·
The Brief
- The study, published online in Nature Communications on 15 November 2026, examines skeletal stem and progenitor cells involved in bone repair.
- It defines the transcriptomic and chromatin-priming profiles of these cells in bone and skeletal muscle.
- The source describes these skeletal stem and progenitor populations as diverse, with distinct roles in bone repair.
Why it matters
The work links chromatin priming of skeletal progenitor cells to their fate during bone repair, a mechanistic basis that could inform future regenerative approaches.
Who’s affected
- researchers in skeletal biology and regenerative medicine
- #bone repair
- #stem cells
- #chromatin
- #skeletal muscle
- #epigenetics
Nature Communications, Published online: 15 November 2026; doi:10.1038/s41467-026-79160-x Skeletal stem/progenitor cells in bone and skeletal muscle are diverse populations with distinct roles in bone repair. This study defines their transcriptomic and chromatin-priming…
Timeline
Published online in Nature Communications
nature.com
Chromatin priming of skeletal stem and progenitor cells governs cell fate during bone repair