We got the cover in @MPlantPCom!
This work, led together with @ElenaVidal and @plants_alvarez, means so much: it reconnects me with Chile, strengthens ties between my country and Spain, and shows what great science with friends looks like 🇨🇱🤝🇪🇸 https://t.co/aOKg5hC7mK
Joe Ecker @JoeEcker, Joseph Swift @_joseph_swift, and team have revealed the genetic details of 30-million-year-old question: How did some plants evolve from less-efficient C3 photosynthesis to C4 photosynthesis? Their findings pave the way for the creation of more robust, efficient plants that withstand the effects of climate change and can feed a growing global population 🌱 @Nature
https://t.co/yZao0qsLEl
Felicitamos a nuestro director el Dr. @ar_orellana, por su nombramiento en la Academia de Ciencias de América Latina. Su destacada trayectoria en biología celular, bioquímica y genómica de plantas ha sido clave para el desarrollo científico en la región.
https://t.co/RqJZcc18Nr
Hernán Salinas Grenet presenta sobre factores de transcripción en el desarrollo de raíces bajo estrés combinado de baja fosfato y sal en la XLVII Reunión Anual SBBMCh 2024. #Bioquímica#BiologíaMolecular
📰A new version of https://t.co/2TXxfGppva is out! We used GPT-4o to read >71,000 papers and build knowledge graphs. Use it to study how genes, metabolites, organs, treatments and other entities are related. Here we look at PPI networks... #plantsci https://t.co/jsHtFNNfqh 1/2
Out today - in this paper we show that there are dynamic and unexpected cell transcriptional states during seed germination. I'm really proud of @LimCheeLiew and the whole team - years of work went into this one. https://t.co/HIGcw1pN1n @NaturePlants@latrobe@plants4space
🥳Dr. José Miguel Álvarez, miembro del claustro del Doctorado en Biotecnología UNAB, gana Núcleo Milenio! Liderará PhytoLearning, proyecto para desarrollar cultivos resistentes a la sequía y más eficientes 🌱. ¿Quieres más info del Dr. Álvarez? 🤔 ¡Visita https://t.co/ZhutS3ZR3a!
Excited to share our latest work investigating the consequences of extant genetic variation in cis-regulatory elements at single-cell resolution.
A short 🧵
https://t.co/fdq9U83Csf
Our deep dive into cis-regulatory diversity using single-cell genomics across maize germplasm reveals how genetic variants reshape chromatin accessibility, transcription factor binding, chromatin interactions and much more. Led by
@Marand_Lab!
https://t.co/keTimFGCJt
Next Monday 24th we'll have a whole day to share with the community past, present and future @EMBO actions in Chile. Please mark it on your calendar. Exciting news coming up! @ibiochile@LiliNucleo @AnidInforma
We will be presenting in the morning session @uchile
Nos vemos!
A esta hora el Dr. José M. Álvarez @plants_alvarez se presenta en la Universidad Austral dando la charla inaugural del doctorado en Ciencias mención biología Celular y Molecular.
We are hiring: PhD student - Machine learning in plant regulatory genomics, Ghent VIB-UGent Center for Plant Systems Biology. More info at https://t.co/sKc5Dz1q1W
REVIEW: Nitrogen sensing and regulatory networks: It’s about time and space (Carly M Shanks, Karin Rothkegel, Matthew D Brooks, Chia-Yi Cheng, José M Alvarez, Sandrine Ruffel, et. al.) https://t.co/TIyoBS3NX9 @Rodrigo_G_I@coruzzilab@MDakotaBrooks@ASPB#PlantSci