The Rowe lab is recruiting a #PlantScience PhD student for 2025! You'll use our new ABACUS FRET biosensors to map the dynamic leaf #AbscisicAcid accumulations at low humidity in Arabidopsis, wheat and rice. #PhDposition
https://t.co/MTK9heyyR3
2. The first figure is a painting that illustrates some of our review's key points. Thank you to @CurrentBiology for being so progressive and recognising the importance of connecting the two disciplines of art and science. 🎨🧪
✍️New publication! Explore our roadmap for boosting crop resilience against climate change through innovative breeding & management strategies. Great team! Wonderful leadership by @YoselinBenAlf cherry on the top for 2023 papers!🙌 https://t.co/B4BRGHjkqJ
Our paper on the patterns within rice mesophyll is out!
https://t.co/tu0F6LGw0v
Born during lockdown when I had to think of a computer-based masters project, this involved @QiYangNgai and myself drawing around many individual cells!
@jodie_armand@matthewjwilson_@PPS_UoS
🔥Congrats to @sheffielduni team on their #UniversityChallenge debut last night. Through to round two and 290 points on the board! To quote presenter @amolrajan “A stellar performance...”
@BesianaX Ahhh @BesianaX this is so incredibly lovely of you ❤️ I look forward to seeing which other postdocs you make cry with your kind words this week 😜
Come join my lab. We have a 3y Leverhulme Trust funded post-doc post to investigate light signalling in plants alongside @Johnson_mattp & Dr Emma Thomson.
https://t.co/2IXmrNaNir
Loved attending this year's @SEBiology conference? Propose your own 🌿plant session 🌿for the 2024 SEB Annual Conference in Prague by Oct 1, 2023 here: https://t.co/ij7MD0SGzN please RT/distribute!
We’re excited to share our #ABACUS2 paper, where we describe a new FRET #biosensor for the #plant#hormone#AbscisicAcid#ABA. ABACUS2 allows us to visualise ABA patterns, in plants, and show how #phloem ABA allows roots to keep growing at low humidity. https://t.co/06hEawlEA7