Congratulations Reid Selby and Daniel Jones! Click through to the link for the new review on peptide hormone signaling from thecapitulab

Our updated model: ERfs position WUS expression along the radial axis while CLV3 regulates WUS expression levels in the central zone but not its position. biorxiv.org/content/10.110…

Excited to share our work revealing the unexpected diversity in vasculature networks in Asteraceae flower heads, albeit their highly regular phyllotactic patterns! Super fun collaboration with Przemek Prusinkiewicz team. ViPS Faculty of Agriculture and Forestry CanadianLightSource Paula Elomaa 🇫🇮🇺🇦

The Plant Cell welcomes 2024 Assistant Features Editors. Congratulations to all of our successful applicants. We look forward to working with this terrific group of early career researchers in 2024! buff.ly/3Qe4O5g ASPB

Thank you Andrew Willoughby and The Plant Cell for publishing this fantastic commentary article highlighting our recent The Plant Cell paper. Rapid strawberry domestication left room to grow academic.oup.com/plcell/article…

IN BRIEF: Rapid strawberry domestication left room to grow (Andrew C Willoughby) buff.ly/3Uya9XN Andrew Willoughby ASPB #PlantSci

Let's fly into flower heads, and enjoy the hidden beauty of vasculature structures within it. Excited to share our work is now published New Phytologist! A result from multi-year collaboration Paula Elomaa 🇫🇮🇺🇦 Przemek Prusinkiewicz Faculty of Agriculture and Forestry CanadianLightSource nph.onlinelibrary.wiley.com/doi/full/10.11…

Thank you New Phytologist for the opportunity to contribute! It often feels that nothing progresses but in fact quite a bit exciting work is going on in many #Asteraceae models 🌻 Teng Zhang | 张腾 🟦 ViPS Life Sciences University of Helsinki University of Helsinki

How do TFs recruit the transcriptional machinery? This critical cellular function is incompletely understood. Led by postdoc Nick Morffy, we experimentally identify Arabidopsis ADs at scale and use this immense dataset to create an AD predictor, TADA. nature.com/articles/s4158…

IN BRIEF: Air plant genomes shed light on photosynthesis innovation (Andrew C Willoughby) buff.ly/3zRgRj4 Andrew Willoughby ASPB #PlantSci

It's an end of an era The Plant Cell as Nan Eckardt Nan Eckardt finishes after 24 years at the journal! Read this appreciation remembrance by the 5 Editors-in-Chief that Nan supported during her tenure and wish her good luck... excerpts follow academic.oup.com/plcell/advance…

Congrats to this year’s #CommunityScience Program Annual Call recipients. Projects include microbial research into global biogeochemical cycles, and efforts in metabolic engineering and biocatalyst design.🧵 Berkeley Lab Society for Science at User Research Facilities DOE Office of Science jgi.doe.gov/announcement-f…

Streptocarpus plants can regrow easily. To unlock the secrets of plant regeneration Andrew Willoughby of Duke Biology will explore its unique biology— potentially driving new strategies for overcoming regeneration barriers in bioenergy crops. Lucia Strader jgi.doe.gov/announcement-f…

From house plant propagation to crop regeneration? Thanks to a recently awarded @DOE Joint Genome Institute CSP project, Andrew Willoughby Andrew Willoughby will develop the genus Streptocarpus, which includes African violets, as a model system for plant regeneration. jgi.doe.gov/announcement-f…

🍎Learn about my work from this great blog post written by Sarah Sharman and illustrated by Cathleen Shaw!🙂🍎 hudsonalpha.org/the-asexual-ad… HudsonAlpha #plants #genetics

IN BRIEF: Illuminating the future: Enhanced glowing plants achieved by rewiring metabolism (Andrew C Willoughby) buff.ly/3A5joXB Andrew Willoughby 瞿成杙 Zhejiang University ASPB #PlantSci

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