In growing crops, ribosomes can use >50% of fertilizers applied to fields. Optimizing ribosomes would make agriculture more sustainable—but there are consequences! Read our perspective on how "ribosomopathies" affect plant development.
doi.org/10.1016/j.pbi.2025.1…@science_rydays
Michael's review (with me and Sannidhi Menon contributing) on TOR and growth-defense tradeoffs is online at @JXBot! We somehow managed to get the ligule in there #TeamLigule 🥹🦚🐧.
doi.org/10.1093/jxb/eraf358
New tool for cellular and molecular biology!
doi.org/10.1111/pbi.70233
Will, Rory, and others from my group developed a new system of streamlined, refined binary vectors for plant transformation that use contemporary cloning approaches. Available from addgene.org!
The right mentor can make all the difference. Congrats — and thank you — to these 10 stellar @UWMadison mentors who are guiding undergrad learning and discovery in fields from global health to paleontology! news.wisc.edu/mentor-award-w…
** UPCOMING SPECIAL ISSUE **
Plasmodesmata
Editors: Tessa Burch-Smith & Jake Brunkard
Deadline: 1st Feb 2025
Manuscripts of any format welcomed, please contact the JXB office (bit.ly/JXBissues)
#JXBspecialissues 🌱🔗🌿
@pd_christine @frdanila@TinaSchreier
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ALT Front cover of a postcard to promote an upcoming special issue of the Journal of Experimental Botany titled "Plasmodesmata". The issue will be edited by Tessa Burch-Smith and Jacob Brunkard. The images show the following. Above: silencing signals move out from veins through plasmodesmata in a Nicotiana benthamiana leaf (Jacob Brunkard); Centre: fluorescent Protein moves from a central transformed cell to neighbors through plasmodesmata (Jacob Brunkard); Far right: electronic microscopy reveals nanoscopic structure of plasmodesmata, shown in gray (top) or blue (bottom) (Tessa Burch-Smith; Tina Schreier).
Congrats to Rachel!! Beautiful, methodical, rigorous work on transcriptional regulation of stress responses in yeast (including regulation of ribosome biogenesis 🧐😎😊). Can't wait to see where Rachel goes next!
I am pleased to announce new research from the Shih Lab (@LabShih) published today in Nature Biotechnology on improving Agrobacterium-mediated transformation via binary vector copy number engineering (doi.org/10.1038/s41587-024-0…).
🧵A summary thread below🌿
Shuyao Kong @sykong15 and Mingyuan Zhu @Mingyuan2328 are on a roll! Here is the next installment in our DRMY1 and robustness story. DRMY1 maintains translation and TOR signaling to maintain robustness in the initiation of sepal primordia. Thread 1/5 authors.elsevier.com/a/1joYg…
Day three of #PD2024! Started with a beautiful talk from a true leader in our field, @pd_christine, followed by exciting early career talks. Coming up... a tour of @mobotgarden with Toby Kellogg @TheKelloggLab!
Plasmodesmata conference 2024 in St Louis on the go! A first day full of intriguing / interesting talks left me wanting more!! Great organizers @PD_lab_DDPSC and @BrunkardLab. I am in awe by the work of @GreenMechanobio and @TinaSchreier and amazed @HortenseMoreau More to come!
#PD2024 is off to a great start with talks from Joris Sprakel, Michael Knoblauch, and early career speaker Hortense Moreau! Already learned WAY too much *taking notes*.
Join us at Plasmodesmata 2024, the meeting is shaping up to be very exciting: plasmodesmata.genetics.wisc.…
Early bird registration is extended through July 21st!
Many travel awards available for early career researchers, supported by NSF, USDA, and others!
plasmodesmata.genetics.wisc.…
Registration for PD2024 is now open! Whether you're a diehard fanatic about plasmodesmata or newly interested in thinking about how plant cells communicate and share resources, please join us this fall at the Donald Danforth Center (Sept. 17th-20th).