Raúl Sánchez Muñoz

Beatriu de Pinòs postdoctoral researcher at the Department of Agri-Food Engineering and Biotechnology (DEAB), UPC. Computational biology. 🏳️‍🌈 He/him

[José Tomás Matus @jtmatus]

Extremely proud of this new tool developed by @antsanpaj, @david_np91 and our #tomsbiolab team! 🚀 thanks A. Velt @cam_rusty @_Marco_Moretto_
AEGIS will facilitate the integration of GFF and FASTA formats across a wide range of genomics applications. @i2sysbio #Bioinformatics

[The Plant Journal @ThePlantJournal]

📚𝐅𝐨𝐜𝐮𝐬𝐞𝐝 𝐫𝐞𝐯𝐢𝐞𝐰
How do plants move hormones? 🌱

This review synthesizes hormone transporters across five protein superfamilies, linking structure to mechanism, specificity, and regulation

✍️Amsinck, Benhammouche et al @BjornPPedersen

👉 https://t.co/bVIHZTrqVA

[Plant Hormones @PlantHormones25]

🤖AI, structural biology & chemical🧪 optimization are accelerating highly specific ligands for crop 🌱resilience under climate stress. Excited to share the review on recent advances in chemical control of plant hormone responses by @thdpaepe

Full text: https://t.co/7cn2ol17pI

[Raúl Sánchez Muñoz @RaulSanchMu]

If you’re a biologist curious about AI but not sure where to start, this might help.

I put together Smarter Science, a visual cheat sheet covering key AI ideas and common pitfalls in biological research.

https://t.co/wplhc02AB3

#AI #PlantBiology

[ThomasDepaepe🌱 @thdpaepe]

🥳 Excited to announce the publication of our newest opinion article on Trends in Plant Science on emerging signals for the communication between chloroplasts and the ER in abiotic stress signalling
https://t.co/OvsPsClpp3

[ThomasDepaepe🌱 @thdpaepe]

🥳 Career update

Thrilled to share that starting December, I will be joining @UniBarcelona as Assistant Professor.

🍀 Looking forward to researching plant abiotic stress, hormones and organelles, an to many new collaborations in this exciting next chapter!!

[Alonso-Stepanova Lab @AlonsoStepanova]

We attempted to "clean up" the model of the auxin biosynthesis pathway in Arabidopsis using genetic, pharmacological, and metabolomic approaches. We show that the CYP71A, NIT, AMI, and IAMH gene families are all dispensable for auxin production via IAOx.

https://t.co/VhvImSHMPk

[Plant Hormones @PlantHormones25]

We’re thrilled to announce that Plant Hormones journal has been officially indexed by CAS (Chemical Abstracts Service)! 📚

Since its launch, Plant Hormones has become a trusted platform for high-impact studies, with articles cited by prestigious journals like Nature. 🌍💡

[Raúl Sánchez Muñoz @RaulSanchMu]

From growth to stress responses, plant hormones are key players.
We discuss how #AI can:
🔍 Reveal hidden patterns
🌾 Predict biotic & abiotic stresses
🚜 Drive innovations in sustainable agriculture 2/2

[Raúl Sánchez Muñoz @RaulSanchMu]

🌱 Our Perspective just published in Plant Hormones!
We explore the opportunities & challenges of applying AI to plant hormone research, highlighting its potential for agriculture and the next phase of the Green Revolution.
#AI #MachineLearning #PlantHormones 1/2

[Plant Hormones @PlantHormones25]

🌱🤖 AI meets plant hormones.
@irmarovi @RaulSanchMu show how AI unlocks hidden hormone networks, boosts crop optimization, and drives sustainable farming.
#AI #Machinelearning #ArtificialIntelligence

Read more:https://t.co/mu7tm6PJKC

[Plant Hormones @PlantHormones25]

🌱 Unlocking the secrets of salt-tolerant crops! 💡
Our new review explores how plants fight soil salinity through ABA hormone signaling & biotech innovations. #ABA #ROS

https://t.co/puAJ2fxtvs

[Raúl Sánchez Muñoz @RaulSanchMu]

🌱ERFs are crucial regulators of plant development and stress responses
🧬Despite decades of research, much remains to be discovered about their roles and regulatory networks
📰This review at @PlantHormones25 revisits ERFs in tomato, highlighting key findings and open questions

[Plant Hormones @PlantHormones25]

📣New Review: Revisiting the functions of ethylene response factors (ERFs) in tomato
#Ethylene #Fruitripening
Full Text: https://t.co/Tdptsbq6bX

[Raúl Sánchez Muñoz @RaulSanchMu]

@NoelPonte @MinoJHG @NewsSEBP @IBMCP Congratulations to both of you!!

[Alonso-Stepanova Lab @AlonsoStepanova]

Development of this new genetic tool was sparked by a spontaneous discussion at a scientific conference. One two-year NSF EAGER grant to jump-start the work and 5 more years of "side projects" by 18 talented scientists made EBSn possible. https://t.co/yjkfhCepDF

[Raúl Sánchez Muñoz @RaulSanchMu]

Super excited to share our paper is out in @NatureComms! We identify a gene core regulating plant responses to multiple stresses using transcriptomics + machine learning, and provide validated datasets to guide future stress research.
https://t.co/kDokt7ZGDK

[ThomasDepaepe🌱 @thdpaepe]

🌱 Check out our latest article in the phenomics field. We developed a phenotyping platform for monitoring plant health through multispectral imaging.

MADI: A multispectral automated dynamic imager to monitor plant health https://t.co/paaaLJio3w

[Sotirios Kampranis @s_kampranis]

Our work on Taxol biosynthesis is now out at @NatureSynthesis. You can read it here: https://t.co/MWFuISsz4v
Congratulations to @FYL72430027 and the rest of the @KampranisLab and thank you @novonordiskfond @DFF_raad and @KU_PLEN

[Plant Hormones @PlantHormones25]

📣CALL FOR PAPERS:

Learn more at https://t.co/QggKOtCMvk

[ThomasDepaepe🌱 @thdpaepe]

🎉It took me some days to process the news.. Super grateful to announce that I have been selected for a MSCA postdoc. This summer I start working on plant stress and the roles of organelles in UB in Barcelona with Sergi Munné-Bosch! Super excited! @UniBarcelona @MSCActions

[The Plant Cell @ThePlantCell]

IN BRIEF: The older the wiser, unless you are a banana: The NAP1-MADS1 network in the regulation of banana ripening (Raul Sanchez-Muñoz) https://t.co/gWj1Th6jxj @ASPB #PlantSci