Gladfelter Lab
@GladfelterLab
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Scientists using microscopes, math, physics and fun to discover how cells work. Please follow us at https://t.co/w5xCc1eh1C
Duke Cell Biology/BME
Joined July 2019
The mysteries of septins continue to unfold in this study examining mechanisms of septin polymerization and assembly
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We are excited to share our next installment of insights into how septins sense micron-scale curvature via detecting lipid packing
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Excited to share our recent work on the power of RNA to encode physical information and how this can be embedded in the genetic code
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Excited to share the latest work from postdocs @turiyaaa and Zack! We thought about how multinucleate cells are able to maintain N:C ratio, and found a condensate rheostat that regulates translation of cell cycle + growth mRNAs.
Condensates act as translation hubs to coordinate multinucleate cell growth #biorxiv_cellbio.
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Excited to share our first publication on the placenta in close collaboration with our colleagues in the Coyne Lab. This work led by @madkeenen reveals remarkable nuclear heterogeneity arising in a common cytoplasm of the syncytiotrophoblast cell.
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Register here: for the 13-16 April 2025 Lisbon. Please join us!.
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Announcing the EMBO-funded workshop on Integrating Cell and Planetary Scales to Address Climate Resilience! We are gathering experts working from single molecules to cells to ecosystems to discuss cell-based discovery and solutions for climate change challenges.
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Team Placenta is excited to be in Montreal at #IFPA2024! Looking forward to @madkeenen's new investigator award lectureš¤© then her & @vfarm15 have posters in session two-check them out!
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RT @TriCytoskeleton: We are back! This year's TCM will be held on September 23rd. Our wonderful lineup of speakers includes keynote Kassandā¦.
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RT @IGCcentrioles: š£ Join us ā¦@ASCBiologyā© ā¦@EMBOā© meeting in December on this session on Harnessing Cell Biology to Address Climate Resiliā¦.
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This mechanism brings hope for routes to adaptation in climate change but also shows how readily new pathogens may arise!
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Our newest paper in Current Biology demonstrates how small changes in a disordered protein sequence enable fungi to grow at different temperatures. @1stLinesSci
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Very excited to share our first paper analyzing giant syncytial cells of the human placenta! This work would not be possible without our wonderful colleague Carolyn Coyne. Amazing work @madkeenen
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Submit your abstract to be part of this exciting subgroup!.
I am super excited to announce that @madkeenen and I are co-organizing a special interest subgroup at this year's ASCB (in San Diego!) on all things multinucleate. Spread the word, and send in abstracts by August 6th!.Reach out to us with any questions.
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RT @TriCytoskeleton: Registration for the 2024 TCM will open on July 22! We encourage all cytoskeleton enthusiasts to submit an abstract foā¦.
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Check out our latest pre-print by Grace Hamilton which explores the biochemical properties of a group 5 septin from the polyextremotolerant yeast Knufia petricola
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Thrilled to start this incredible adventure! #MBLPhysiology @MBLScience.
So excited to be getting started in this year's Physiology Course @MBLscience #mblphysiology. Already an amazing start of our first year Directing the course with Amy @GladfelterLab
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Learn about the amazing and mysterious world of marine fungi and all they are doing to help the planet!
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