Congrats to @Mayank_Verma_@apkann@KraussLab and colleagues for their new @eLife paper: Endothelial cell signature in muscle stem cells validated by VEGFA-FLT1-AKT1 axis promoting survival of muscle stem cell. https://t.co/V0rRigzYWV
Read the #OpenAccess Stem Cells and Regeneration Article 'Cadherin-dependent adhesion is required for muscle stem cell niche anchorage and maintenance' here:
https://t.co/Al8U8FcM8X
To find out the story behind the paper, we caught up with first author Margaret Hung @mmhung22 and corresponding author Robert Krauss @KraussLab@IcahnMountSinai:
https://t.co/7BQ3t5IzAH
Cadherin-based adhesions put MuSCs in place
Read this Research Highlight showcasing work from Margaret Hung @mmhung22, Robert Krauss @KraussLab and colleagues @IcahnMountSinai:
https://t.co/2bREsP8Xdw
Pleased to see this work out. Kudos to @comia_g et al. who poured their heart into it. Unusual mesenchymal cell-like signature adopted by extraocular muscle stem cells, with high ECM content. Could help understand why these muscles are so resistant to many devastating myopathies.
In their Cell Science at a Glance Article, Margaret Hung @mmhung22, Robert Krauss @krausslab and colleagues @icahnmountsinai present the most recent research on signalling in the muscle stem cell niche and provide perspectives for future research.
https://t.co/Px67lUwY1n
We are very pleased to have our review on the MuSC niche featured in the last @J_Cell_Sci issue of 2023. Wishing everyone a happy 2024!
https://t.co/qPXS9eB8yn
Happy Saturday! Our preprint on how apical cadherin-based adhesion in the skeletal muscle stem cell is critical for quiescence, niche localization, and maintenance is officially online🤩
First, @KraussLab tackled the question of how quiescent stem cells detect tissue damage and initiate the quiescence-activation transition. His lab showed how muscle stem cells retract projections during injury, and these can sense biomechanical shifts or signals for activation 💪
In ARMI's next Special Seminar, we will be hearing from Dr Robert Krauss @KraussLab from @IcahnMountSinai, who will discussing his work in understanding the role of quiescent skeletal muscle stem cells in sensing tissue injury. More info: https://t.co/kiEGgAn6rD