The Musculoskeletal Extracellular Matrix Laboratory is looking for a creative postdoc to join us in Colorado to investigate how extracellular matrix remodeling is regulated by mechanical loading in the developing and adult mouse https://t.co/RuVXz1Zzb2
The Art of Science - Cover of Developmental Dynamics
A stunning image of #medullary ray sheath fibers surrounding tubular elements and #glomeruli in a developing #kidney. With thanks to Sarah Lipp, Kathryn Jacobson, Andrew Schwaderer, David S. Hains and Sarah Calve @CalveLab
We need to give children a voice 📣, they are active citizens & agents of change! We are therefore excited to showcase today at @UNGeneva the winners of the innovation challenge #ClimateChampions, bringing alive the ideas of children how to better protect our biodiversity. 🌎🐝🌳
Great way to end the week -- NOA on a NIH NIBIB Trailblazer Award supporting our work on nanostructured materials for artificial extracellular matrix. Big thanks to the @ClaridgeLab, @SolorioLab, and @CalveLab members who worked to get us to this point!
Join our team for an exciting new @SchmidtFutures project! Help us use the tools of classic surface science to design complex soft materials with features from atomic to macroscopic scales. Hiring multiple postdocs. Background flexible, must have sense of adventure! 1/2
Mechanical loading is required for initiation of extracellular matrix deposition at the developing murine myotendinous junction https://t.co/vAZXN8ImTJ #bioRxiv
@karl_j_lewis@ProfGingerFerg@CUBoulder Great to meet you, Karl! (And great to get a Twitter notification that was not from Boulder OEM these days…) Look forward to chatting with you again at one of the conferences this summer!
Professor Sarah Calve: Design and validation of a modular micro-robotic system for the mechanical characterization of soft tissues @CalveLab@CUEngineering @PUCancerCenter @PurdueEngineers@PurdueBME https://t.co/uNZAL7YWuM
A few lucky mice are headed to the @Space_Station! 🐭
Thanks to a $400K @NSF grant, @CUBoulder Engineering Professors @CalveLab & @ProfGingerFerg are studying tissue degradation in microgravity with the help of some lucky mice-tronauts. 🚀🧀
https://t.co/lVWQTKi8Sm