🆕📰‼️ #PaperCBGP
🔬 New review from CBGP’s @wabniklab.bsky.social group explores how biology, computer science, math & AI are decoding plant patterning
🧬The integrative approach is shaping a new era in plant biology 🌱
📎 More here: shorturl.at/jHEt9
🆕📰‼️ #PaperCBGP
🔬 A study, co-authored by @wabniklab.bsky.social and published in Science, reveals a molecular mechanism blocking inflorescence termination
🧬 A negative feedback loop buffers the floral signal, opening the door to faster-growing & more efficient crops
📎 shorturl.at/rkPwJ
Awesome group and fantastic PI! Apply!
📢 We search candidates to apply for the 2026 FPU PhD grants with us. If you are prepared to advance your career in a stimulating and collaborative environment in our group @cbgpmadrid.bsky.social, we look forward to hearing from you.
🔗 For more details, feel free to DM me.
Spread the word!
4. These signaling pathways translate environmental water patterns into root architecture with clear field relevance.
🤔 These insights into moisture-responsive root growth could help improve drought resilience in crops. #Maize #PlantScience
📄 Full paper: www.science.org/doi/abs/10.1...
4/4
🆕📰‼️ #PaperCBGP
🧬 New international study co-led by CBGP researcher Jaime Huerta-Cepas presents an updated phylogenomic database
🔬The new release improves ortholog prediction, protein evolution, and functional annotation across all domains of life
📎 More: shorturl.at/hwXfq
🆕📰‼️ #PaperCBGP
🔬 Researchers from CBGP (@stephanpollmann.bsky.social) together with @cnb-csic.bsky.social, uncover a new biochemical link between auxin and ABA
🌱 The study, published in @newphyt.bsky.social, reveals how IAM connects plant growth and stress responses
📎 shorturl.at/KBi3w
Our recent plant scientist guide to AI and mechanistic modelling in plant science. Have a nice read! Hope it helps #plants #models #AI #bigdata @upm.es @cbgpmadrid.bsky.social 👇
www.sciencedirect.com/science/arti...
Thx! Happy holidays to you!
Latest from our lab in 2025. A wonderful collaboration with Sabrina Sabatini's team at Sapienza University of Rome. How mechanical signals contribute to root growth and zonation @cbgpmadrid.bsky.social @upm.es doi.org/10.1126/scia...
🆕📰‼️ #PaperCBGP
🫚 A new study, published in Science Advances by @wabniklab.bsky.social & Dr. Sabatini's team of University La Sapienza in Rome, reveals how cell wall–derived mechanical signals control root growth
📎 Read more here: shorturl.at/gIc6U
Our lab is seeking candidates to apply for a 3-year postdoctoral fellowship in the area of plant synthetic biology funded by the Spanish Research Council. Deadline for applications is 17 Dec. Please, spread the word! contact: k.wabnik@upm.es
Wow cool! COngratz Ari!
Fig. 4.Model of auxin de-repression. When the auxin concentration in the nucleus is low (A), the effect of ARFas, as well as other non-ARF transcription factors, is limited by Aux/IAA-mediated recruitment of the TPL co-repressor, closing the locus. As auxin levels rise (B), AFBs ubiquitinate Aux/IAAs, thereby allowing all transcription factors to act on the locus. As a result, there is a significant difference in gene expression between baseline and auxin induction. In afb1,2,3,4 mutants (C), Aux/IAAs are not degraded, and therefore the promoter remains closed. In the iaa2mDII degron mutant (D), one of three Aux/IAAs is stabilized, thereby resulting in only partial promoter closure. In arfasept lines, Aux/IAAs are not recruited to the promoter. While gene expression remains diminished without activating ARFs, other non-ARF transcription factors are allowed to provide baseline gene expression. However, there is no auxin-mediated induction.
🌱📖 RESEARCH 🌱📖
Bascom et al. used CRIPSR/Cas9 to produce a septuple AUXIN RESPONSE FACTOR mutant in the model bryophyte Physcomitrium patens , revealing the developmental consequences of the complete loss of auxin-mediated gene activation 🌱📖
🔗 doi.org/10.1093/jxb/...
#PlantScience 🧪
Fig. 1 (shortened, full legend in paper): Auxin responses and auxin-adjacent transcription factors (TFs) control developmental transitions in bryophyte gametophytes. (A) Wild-type (WT) auxin responses (left) cycling between low and high auxin. Under low auxin, A-ARFs are kept in a repressive complex by AUX/IAAs via recruitment of the TOPLESS co-repressor and associated histone deacetylases (HDACs). Under high auxin, auxin mediates the interaction between TIR1/AFB and AUX/IAAs, leading to AUX/IAA ubiquitination and proteolysis. A-ARFs are then free to interact with SWI/SNF ATPases and histone acetylases (HACs), leading to open chromatin states. Positive (TIR1/AFB, A-ARF, SWI/SNF, HAC), negative (AUX/IAA, TPL, HDAC) and auxin-adjacent (TFs) factors are shown. Auxin is represented by an A.
🌱🧬 INSIGHT 🧬🌱
Complete loss of A-ARF activity in bryophytes reveals a role for auxin-adjacent regulatory networks – Flores-Sandoval & Bowman comment on an original research article by Bascom et al.
📝 Insight: doi.org/10.1093/jxb/...
🔬 Research: doi.org/10.1093/jxb/...
#PlantScience 🧪
Thrilled to share our latest story on the ERAD machinery and how it controls the conditional turnover of PIN-LIKES for acclimative growth
www.science.org/doi/10.1126/...
🌱 #SeminarSeriesCBGP is back! 🎙️
Join us Sept 2025–Jan 2026 for top voices in plant science at CBGP
📍 CBGP Auditorium + Zoom
🕛 12:30 PM
🔗 Speakers & calendar: shorturl.at/Atsyn
📎 Full schedule w/ Zoom links: shorturl.at/yT3e6
Don’t miss it! 👩🔬👨🔬
Did you know that there is a cell cycle duration gradient in plant root meristem? New story by joining forces between Plant dynamics lab and Crisanto Gutiérrez & Bénédicte Desvoyes lab @cbgpmadrid.bsky.social @cbm-csic-uam.bsky.social #Plants #roots #cellcycle www.nature.com/articles/s41...
#PaperCBGP
🌱🔬 Plant cell walls are more than physical barriers. They are dynamic shields!
A CBGP review published in @jxbotany.bsky.social explores how cell walls shape plant defense against pests, paving the way for more sustainable farming strategies ♻️🌍
📎 More: shorturl.at/GLNYL
#ICAR2025
Check out our lab posters: P125 and P88 #ICAR25 #PlantScience @cbgpmadrid.bsky.social To learn about New 4D modeling simulators and auxin-dependent root growth!!
PlantDynamics is recruiting a programmer to join efforts in developing plant (and other) organ simulators
euraxess.ec.europa.eu/jobs/341946
Contact me directly if you are interested: k.wabniK@upm.es
We have a new Doctor form the #pollmannlab in town 👨🏻🎓Congratulations to Adrián to his wonderful PhD defense 🎉 Outstanding job. Also a great shoutout to the panel for the critical assessment of the work. We will surely pick up some of the points.
@cbgpmadrid.bsky.social @etsiaabupm.bsky.social @upm.es
Our editors write:
- Cell polarity: Unequal signalling and biosynthesis in daughter cells rdcu.be/egIl5
de nada!
Research Briefing by @routierlab.bsky.social and @sysilveira.bsky.social about our recent paper @natureplants.bsky.social
Do you want to know how mechanical interaction between tissue layers controls the formation of complex organ shapes in plants? 🔬🌼
🚨Our latest collaborative work with @routierlab.bsky.social is now published @natureplants.bsky.social
Find out more👉 rdcu.be/efad3
Fantastic collaboration! and exciting findings! congratz to all involved!
🌱💡 Computational modeling and genetic experiments confirm that this asymmetry optimizes root growth, ensuring robust meristem function. @wabniklab.bsky.social
