Cecilia Borassi @ceciborassi.bsky.social
@CeciliaBorassi
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🌱🌱 🇦🇷 Plant biologist. Post-doc in @dolfweijers and @GreenMechanobio lab at @WUR.
Buenos Aires, Argentina
Joined April 2019
PhD position open! Deadline for the application July 1st.
PhD position open at GreenTE! If you are interested in mathematical or theoretical biology and computational physics or computational science, this position is for you! Find more information here: https://t.co/HxQXw2vtie
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🥸 Great collaborative job to boost high-throughput temporal phenotyping of Arabidopsis seedlings! 🌱🚀 @apolo_biotech @ifibyne @IPS2ParisSaclay
📣 ChronoRoot 2.0 is here! Our latest paper is now available on ArXiV https://t.co/IHygDFaFoh We've transformed our plant phenotyping tool with: 🧠 Advanced nnUNet segmentation 📊 Temporal analysis with FPCA 📐 Novel gravitropic measurements 🔬 High-throughput screening 1/n
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We hosted the first GreenTE Annual Meeting last Wednesday. Amazing science is being done by our young researchers! https://t.co/HwzJ5hJ0xv
green-te.nl
The first GreenTE Annual Meeting took place on April 16th in Egmond aan Zee. The meeting was attended by 20 […]
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We are pleased to announce that registration is now open for our Annual Light Microscopy Course. This program offers a comprehensive, hands-on approach to advanced microscopy techniques, guided by leading experts in the field. 🔗 Register here: [ https://t.co/K5vHr7Au8V]
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IPGSA 2025: DEADLINE EXTENDED FOR TRAVEL AWARDS, check it out! 🌱🌱🌱
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Call for Papers: 2027 Focus Issue on Specialized Metabolites. This focus issue aims to provide a forum to improve our understanding of plant specialized metabolism. Submission Deadline: 05/2026. https://t.co/RlLh5MJO8m
#plantscience
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🌱 When a root cell undergoes symmetric division, are the resulting daughter cells identical? Using live-cell imaging and scRNA seq we discovered a new cell state with uneven BR activity. @TNPlantBio @NemanjaVukas @CheweiHsu16 Read our full paper in Cell https://t.co/P3jEbuiQ6l
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👉New publication on @NaturePlants 🌱 @JavierPalatnik and his team reveal how miR396 and GRFs control stem cell reconstitution after root tip excision, promoting competence and regulating regeneration speed. #PlantRegeneration #NaturePlants 👉Read more: https://t.co/wuT4VY70oW
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#SeminarCBGP | 28/02/25 - 12:30h 🧑🏽🔬 Dr. Pablo Manavella 🌍 @IHSM_CSIC_UMA-@CSIC, Málaga, Spain 📝 "On transposons, small RNAs, and chromatin topology during plant adaptation”" 💻 Zoom ID: 824 7556 4436 | Código acceso: 044015 #somosUPM
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New Article: "Cryo-EM structures of Arabidopsis CNGC1 and CNGC5 reveal molecular mechanisms underlying gating and calcium selectivity" https://t.co/U0NZmFrCqe Cryo-EM structures and electrophysiological analysis of Arabidopsis CNGC1 and CNGC5.
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Our new collaborative paper with @EmmanuelleBayer and her dream team is out: Regulation of plasmodesmata flow by the membrane lipid PI4P and ER/PM tether MCTP https://t.co/Z6oNEsBNYO
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Plant Com Nov 2024 issue online🎉Cover Story: Quantitative imaging reveals the role of MpARF proteasomal degradation during gemma germination (Das et al., 2024) https://t.co/XKvqGcvlL4
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An absolutely inspiring talk from Liam Dolan today at WUR.
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Are you a computational scientist interested in studying how plant tissues respond to mechanical forces? Then don't miss this opportunity!
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New publication from our group at CRAG! Fantastic work led by our former postdoc @Cualva in collaboration with Guiomar Martin, @PlantoPhagy and @delaconcepcionj. Check it out! @cragenomica @UniBarcelona @gmivienna
Nucleo-cytoplasmic distribution of SAP18 reveals its dual function in splicing regulation and heat stress response in Arabidopsis #research #PlantCommunications
https://t.co/hcGQBXWBv3
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Alguna idea para parar este #cientificidio @DarioGenua? Nosotros no lo entendemos.
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🚨 It's out! 🚨 Check out the latest from the Plant Growth Dynamics Lab 🌱 where we reveal the critical role of maize leaf division zone under drought 🌽. Plus, we use multiplex genome editing to uncover new drought tolerance breeding candidates! 💡 https://t.co/neVZHW0NHM
onlinelibrary.wiley.com
In mild drought, growing plant organs reduce their growth rate but prolong the duration of cell division activity. To test whether this compensatory mechanism serves to resume growth when water is...
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