Happy to see our manuscript published in @NaturePlants! If you’re curious about ‘telescripting’—a process previously known only in animals, now found in plants—check out our paper! https://t.co/SZY104LFZ2
New OA Article: "The Arabidopsis U1 snRNP regulates mRNA 3′-end processing" https://t.co/LAR1zPb8wc
A plant U1 snRNP complex associates with 200 proteins and conducts splicing-independent roles by safeguarding RNAs against premature cleavage and polyadenylation (telescripting).
Do you want to start your own lab @ZMBP_Tuebingen? We have an open Independent Junior Group Leader position in plant molecular biology! #plantscijob
Send us your application by November 26th
More details 👇
https://t.co/ou6LNEDGds
Very grateful to share with you our manuscript about the role of the U1 snRNP in plants in biorxiv
Special thanks to @SaschaLaubinger for all the support and to all co-authors for your amazing contribution!❤️
Great to finally see a single cell GRO-seq assay! Hoping we can buy the clickable rNTPs soon.
Congratulations on this extremely creative approach to Jay Mahat and other members of the Sharp lab.
https://t.co/3LrU7AcM3D
Join us at the Early Career Plant Researchers Network Meeting! Calling all experienced PhD students and postdocs in plant research. Please retweet! (1/3) https://t.co/uQ3eGKxkEa
Open funded PhD position! Explore microtubule dynamics in the exploding seed pods of Cardamine hirsuta. Super exciting project w/ supportive mentors: Angela Hay from @mpipz_cologne & Enrico Coen (@InnerWorlds1) from @JohnInnesCentre. More info in the links below. Please RT!
Plants move—sometimes fast!
Together with @david_sleboda & @rezasharif we wanted to find out how Mimosa, the sensitive plant, is able to rapidly fold its leaves when touched. The motion is executed by pulvini, thickened regions at organ bases.
@CurrentBiology@McGillU
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Identification and functional validation of super-enhancers in Arabidopsis thaliana | Proceedings of the National Academy of Sciences https://t.co/xInPkPSvue
Epigenomic marks at cis-regulatory elements and their association with gene expression #Figure from #Review 'Characterizing cis-regulatory elements using single-cell epigenomics' https://t.co/UdzMc4chY1 by @seb11pr, @kjgaulton & Bing Ren @CEpigenomics@UCSanDiego@UniFreiburg