Are you excited about understanding the molecular underpinnings of arbuscular mycorrhiza? Then this PostDoc position may be for you: https://t.co/wbaEKfW9s0
Join an interdisciplinary project on root–soil interactions at single-cell resolution, mechanobiology and soil-based experiments. https://t.co/4oFdyQIqyC
We’re excited to host the UK @Plant@Mechanobiology Conference at the @UniofNottingham A forum to discuss mechanics, signalling, and growth across scales. Please register asap using this link https://t.co/LauIIaLRSx
The transcriptional repressor LjTIE1 constrains cytokinin signaling to balance infection and organogenesis during root nodule symbiosis https://t.co/8M1JfyF5IJ #biorxiv_plants
Happy to share our latest discovery of the autoactive CNGC15, sufficient to enhance root endosymbiosis in legume and field grown wheat: https://t.co/hjPLOxrIQI
Thank you to everyone involved! Special shout-out @NicMCook1, G.Gobbato, collaborators
@DaveLawson101 , @CristobalUauy
Postdoc positions are open in my lab at National University of Singapore. If you are experienced in single cell sequencing / plant-microbe interactions and interested in biological nitrogen fixation. Please send me your application to my email! @NUSingapore
Exciting PhD opportunity in our group together with the Chater group at Kew Gardens. 🍀🌱🫛🕊️
Application deadline: December, 3rd 2024.
https://t.co/sUpebwVSAS
Research Assistant in Plant Biology (Fixed Term) - Job Opportunities - University of Cambridge. Are you passionate about caring for plants and their colonisers and do you have molecular biology skills? Apply and join our lab!🌿🍀🔬🦠 Pls retweet
https://t.co/9nDOsqski2
I will move to National University of Singapore next April. There are several PhD and postdoc positions open (closest PhD deadline is 15 Nov 2024). You are welcome to apply. It will be great if you can RT. Look forward to the next chapter.
Are you interested in biological N2-fixation and how this symbiosis can be enhanced under current climate challenges? If so, check out the open positions with my former colleague Jieshun! Can highly recommend working with him - happy to put you in contact if you’re interested! 🙌🏻
RinRK1 Promotes Accumulation of Nod Factor Receptors in Nanodomain-like structures at the tip of infected root hairs https://t.co/ta3D6tCfeM #biorxiv_plants
SYMRK-like has a ectodomain that models indicate is near identical to SYMRK, a key regulator of symbiosis. Unlike SYMRK, SYMRK-like does not possess a kinase but is GPI-anchored. SYMRK-like mutants show infection defects but still form nodules
Our first single-cell analysis of symbiosis in lotus japonicus is now published
https://t.co/Q09N1GWJ8g
You can find your favourite gene in our data visualisations here
https://t.co/iPRCBwuJZw
To exemplify how we have identified infection related genes here is a short thread