Patricio Pérez-Henríquez (@patricioperezh) 's Twitter Profile
Patricio Pérez-Henríquez

@patricioperezh

Assistant project scientist, UCLA. ❤️ microscopy, quantitative imaging, segmentation, leaf, root, auxin, polarity

ID: 123321173

calendar_today15-03-2010 18:30:43

219 Tweet

123 Followers

466 Following

EMBL (@embl) 's Twitter Profile Photo

DeepMind and EMBL-EBI have released the predicted structures of over 200 million proteins covering almost every organism that has had its genome sequenced. These are now openly available to the scientific community via the AlphaFold Database. embl.org/news/technolog…

DeepMind and EMBL-EBI have released the predicted structures of over 200 million proteins covering almost every organism that has had its genome sequenced.

These are now openly available to the scientific community via the AlphaFold Database.

embl.org/news/technolog…
New Phytologist (@newphyt) 's Twitter Profile Photo

Recent #PlantScience accepted in New Phyt Extra-nuclear auxin signaling: a new insight into auxin's versatility Pérez-Hentíquez & Yang Patricio Pérez-Henríquez 🌱 ow.ly/VLYZ50LxSNT

Juan S. Bonifacino (@bonifacinojuan) 's Twitter Profile Photo

This #postdoc position in my lab NICHD News to study molecular mechanisms of protein and organelle transport is still open. For info, visit tinyurl.com/2fyp5rrb

This #postdoc position in my lab <a href="/NICHD_NIH/">NICHD News</a> to study molecular mechanisms of protein and organelle transport is still open. For info, visit tinyurl.com/2fyp5rrb
Andrew Willoughby (@andrewilloughb) 's Twitter Profile Photo

onlinelibrary.wiley.com/doi/epdf/10.11… New paper on CLE signaling and lateral root development! They show that CLEs inhibit lateral root initiation independently of auxin under standard nutrient conditions (and knocked out 7 CLEs to do it). Implications for LR and shoot regeneration

onlinelibrary.wiley.com/doi/epdf/10.11…
New paper on CLE signaling and lateral root development! They show that CLEs inhibit lateral root initiation independently of auxin under standard nutrient conditions (and knocked out 7 CLEs to do it). Implications for LR and shoot regeneration
Marine Biological Laboratory (MBL) (@mblscience) 's Twitter Profile Photo

The MBL is committed to expanding the range of organisms used as biological models and create the next generation of genetically tractable research organisms. The four contests in the #MBLMarchMadness New Research Organisms Division represent some of these biological models.

The MBL is committed to expanding the range of organisms used as biological models and create the next generation of genetically tractable research organisms. 

The four contests in the #MBLMarchMadness New Research Organisms Division represent some of these biological models.
Development (@dev_journal) 's Twitter Profile Photo

The June Development presents... webinar is now open for registration. Chaired by James Briscoe, we will hear from Patricio Pérez-Henríquez, Stefania Tavano and Stefan Harmansa. 📅Wed 21 June 16:00BST (UTC+1) Register now: us02web.zoom.us/webinar/regist… #DevPres #devbio

The June Development presents... webinar is now open for registration. Chaired by <a href="/briscoejames/">James Briscoe</a>, we will hear from Patricio Pérez-Henríquez, Stefania Tavano and <a href="/StefanHarmansa/">Stefan Harmansa</a>.

📅Wed 21 June 16:00BST (UTC+1)

Register now: us02web.zoom.us/webinar/regist…

#DevPres #devbio
Patricio Pérez-Henríquez (@patricioperezh) 's Twitter Profile Photo

Thank you for the incredible opportunity to contribute to this groundbreaking project. It's been an honor to be part of something so cool

Patricio Pérez-Henríquez (@patricioperezh) 's Twitter Profile Photo

So happy for you Stefania! Trehalose-6-phosphate signaling regulates lateral root formation in Arabidopsis thaliana | PNAS pnas.org/doi/10.1073/pn…

Ani (@curiouszeedx) 's Twitter Profile Photo

Just came across this great explainer on Transformers by Brandon Rohrer, and I had to share! If you’ve ever found yourself struggling to understand how these models work (without drowning in equations), this article is a must-read. It breaks things down in a super intuitive

Just came across this great explainer on Transformers by Brandon Rohrer, and I had to share! If you’ve ever found yourself struggling to understand how these models work (without drowning in equations), this article is a must-read.

It breaks things down in a super intuitive