Sarah Calve retweeted
#REGISTER #TODAY!
#ECMatrix images demonstrates not just #SciArt but also the complexity of the ECM - Join us this #Thursday June 22nd @11am (EDT)to learn about the science behind #ImageContest winner, Sarah Calve’s ‘Reaching out across the interface.’ @CalveLab @CUBoulder
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 sarahcalve.com/openings
Sarah Calve retweeted
Congratulations to the 2023 ASMB Image Contest Winners!
Learn more about the images: asmb.net/image-contest-winne…
Sarah Calve retweeted
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
So proud of my friend Zeya and her cow butt balloon. Z is truly a #ClimateChampion and innovator :)
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. 🌎🐝🌳
Congrats, Shelley!
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!
Sarah Calve retweeted
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
Sarah Calve retweeted
Mechanical loading is required for initiation of extracellular matrix deposition at the developing murine myotendinous junction biorxiv.org/cgi/content/shor… #bioRxiv
Sarah Calve retweeted
Beyond excited for many new science adventures over the next 5 years with support from @SchmidtFutures Polymaths program! @PurdueChemistry
Congratulations to the '22 Schmidt Science Polymaths awardees. Representing an array of intellect across STEM fields, these Polymaths are an extraordinary example of the exceptional talent that Schmidt Futures scours the earth looking to find and support.
schmidtfutures.com/our-work/…
Sarah Calve retweeted
CU Boulder and Friends at #SB3C2022
Sarah Calve retweeted
Extracellular matrix deposition precedes muscle-tendon integration during murine forelimb morphogenesis biorxiv.org/cgi/content/shor… #bioRxiv
Capturing the Extracellular Matrix in 3D Color directorsblog.nih.gov/2021/1…
Sarah Calve retweeted
Professor Sarah Calve: Design and validation of a modular micro-robotic system for the mechanical characterization of soft tissues @CalveLab @CUEngineering @PUCancerCenter @PurdueEngineers @PurdueBME sciencedirect.com/science/ar…
Sarah Calve retweeted
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. 🚀🧀
colorado.edu/bme/2021/09/20/…
Sarah Calve retweeted
Congrats to Sarah Lipp MSTP MD-PhD for her @ASNKidney Pre-Doctoral Fellowship Program award to support her ongoing research with @CalveLab and Drs. Hains and Schwaderer! @PurdueBME @IUWellsCenter kidneycure.org/pages/qa.aspx…
Sarah Calve retweeted
Happy to announce this preprint Melding of TKU lab expertise #ChemicalBiology #ComputationalBiology Model to predict the incorporation of nonnatural amino acid in tissues. Great work by @aya_msaleh Tyler VanDyk and @KJacobson314 in collab with @CalveLab
AN INTEGRATIVE BIOLOGY APPROACH TO QUANTIFY THE BIODISTRIBUTION OF AZIDOHOMOALANINE IN VIVO
ift.tt/2RUuKYe
#biorxiv_bioE
Sarah Calve retweeted
By correlating 3D ECM spatiotemporal organization with global protein abundance, this study revealed novel changes in the interstitial matrix during kidney development that could inform the design of regenerative scaffolds bit.ly/j2020081204
Sarah Calve retweeted
REVIEW by Professor Sarah Calve: Tissue-specific parameters for the design of #ECM-mimetic biomaterials @CalveLab @CUEngineering sciencedirect.com/science/ar…




























