Analysis of large population and multi-omics #data reveals that nitrogen fixation is primarily controlled by complex #gene regulation networks. Li et al. present a public database to help improve this important trait.
https://t.co/aTYX9Lpge0 @WileyLifeSci#PlantSci#JIPB#CropSci
Generation of Brassica napus with enhanced Sclerotinia sclerotiorum resistance through CRISPR/Cas9-mediated inhibition of the PROTEOLYSIS6 N-degron pathway
A #Letter by Lin et al.
👇
📖 https://t.co/clhKBC5UTR
#LatestIssue#PlantScience
The @jonathandgjones team braved the heat to get new potato plants into the field just in time for #InternationalDayOfPotato 30 May🥔☀️
Can you spot the 🌈rainbow?
These trials will identify the best late blight- and virus-resistant lines - vital traits for resilient agriculture
Building autonomous agents for scientific discovery? 🧬🤖
@GoogleDeepMind Science Skills is now available on GitHub. We've open-sourced this specialized toolkit to accelerate your agentic workflows with scientific grounding and higher token efficiency.
Download now ↓
https://t.co/cwp1HOeKvo
🔜Two postdoc positions are available in Rouached Lab for a creative individual to lead a project that will explore a new dimension in the field of plant nutrition. Please contact me if you are interested in TOR signaling, epigenetic and/or plant development [email protected]
Help early-career researchers get to Jeju! 🙏
The Mishkind Fund supports students & postdocs attending the IS-MPMI Congress. We've raised $23,500 toward our $40,000 goal!
Every donation makes a difference. Contribute at https://t.co/MG3dMXQVCi
Please RT/repost! 🔁
We just preprinted DropSynth-Gold where we replaced PCA with Golden Gate Assembly (GGA) inside emulsion droplets, extending multiplexed gene synthesis to ~3 kb constructs assembled from up to 12 fragments while preserving the scalability of DropSynth. 1/n
⚙️𝐑𝐞𝐬𝐨𝐮𝐫𝐜𝐞
The Lettuce Expression Browser: from lab to LEB
🥬
A high-resolution gene expression atlas for cultivated and wild lettuce, enabling exploration of gene activity across development and stress conditions
van Workum et al. @WUR
👉 https://t.co/hTQc0AlZPP
How cool is it that wheat stem rust has five different types of spores🫨🫨🫨? Check out the new review by Ces, Diane & the team about epidemiological forecast of wheat stem rust : https://t.co/pqQslcGp7A
Huge thanks for the opportunity to prepare the life cycle diagram!
@talbotlabTSL and I reviewed what we know about our favourite cereal killer and compared it to human-infecting relatives. Check it out! 👇https://t.co/LwtGiAVP4s
@ebetica I examined more disordered proteins, and it seems to be widespread. Here is O94687 as an example with AlphaFold2, AlphaFold3, and ESMFold2.
My examples repo: https://t.co/FyHhWJMRBD
GitHub issue: https://t.co/PfLab4to8j
Just got warned by @ScienceMagazine that I shouldn't have used the illustration with their logo. This was an illustration that we generated for our manuscript. It is not the cover. Apologies for the confusion. Here's the actual cover https://t.co/S7gs6bjmd6
Structural basis for the activation of an LRR receptor by a single disulfide-bridged peptide signal #corrrespondence#PlantCommunicatons https://t.co/RUr6FX9Nj7
Now out in Science Advances.
Inceptin Receptor helps attract predatory wasps in two years of field experiments.
Next steps: can we tune both receptor recognition and volatile blend traits in crops + companion plants?