Krauss Lab🐣🔬
@KraussLab
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New York, NY
Joined September 2019
Hey ya’ll, check out Rob and Michael Kyba’s new Perspective in Mol Biol Cell on Master Regulators: https://t.co/1TwMZcGXAA
molbiolcell.org
The term “master regulator” emerged in the 1960s and 1970s and referred to autoregulatory transcription factors that sat atop a developmental lineage. Since that time, usage of the term has increased...
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From MBoC When everything is a master regulator, nothing is, by @KraussLab, @icahnmountsinai, et al. https://t.co/XcZ7t45Qu9
#ASCB #CellBiology
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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.
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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
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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
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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
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Lastly, if you'd like a peek behind the scenes with @mmhung22, check out our interview as well☺️ https://t.co/9WLJTvRmcV
journals.biologists.com
Adhesion of muscle stem cells to their niche provides stable anchorage, and biochemical and biomechanical signals required for quiescence. In their work, Robert Krauss and colleagues reveal the role...
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Our paper on the importance of cadherin-based adhesion in maintenance of MuSC quiescence is out in @Dev_journal! 🍾 https://t.co/NdXd2UL15q
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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.
👏 Congrats @comai_g for groundbreaking research on muscle #stemcells! 📄 Revealing unique insights into extraocular vs. limb MuSCs, highlighting how high-performing MuSCs reshape their environment! 🌟 #ResearchExcellence #France2030 #LabExRevive @institutpasteur
@LabTajbakhsh
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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
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Congratulations, @lab_ogden and @Eric_T_Hall on a beautiful paper on a huge anniversary!
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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
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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🤩
Cadherin-dependent adhesion is required for muscle stem cell niche anchorage and maintenance https://t.co/DZ5tin9vWu
#bioRxiv
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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 💪
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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
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Huge congratulations to our most recent lab alum @apkann for being selected as one of 2023's Jane Coffin Childs Fellows! We're all so very proud of you, Allison!🥳
I’m so honored to join this amazing cohort of scientists! Thank you to @JCChildsFund for the enthusiasm and support - not just in my potential as a junior scientist, but also in the power of emerging model systems. Stay tuned for lots of exciting Hofstenia discoveries!
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We're just catching up now, but... Big 🥂 to Dr. Margaret Hung for an amazing defense🥳 Very happy you’re PhinisheD and even happier we don’t have to say goodbye just yet! Maggie will be staying with the Krauss lab for a bit before entering the exciting world of biotech!
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🗣🎙WE'RE HIRING! The Krauss lab is recruiting a postdoc to study cytoskeletal regulation in muscle stem cell quiescence and activation. The community at @IcahnMountSinai is vibrant, collaborative, and passionate! Please RT and share with colleagues🤩
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