Delighted to share our recent work unraveling relationship between light and vascular development. Thank you @mdelucas80 for this opportunity. Cheers to all the authors involved🥂@peter_etchells @DurBiol
1/2 Very excited to share that our work on light regulation of xylem differentiation is now out @CellReports! https://t.co/SYlRWqNZ8n
In dark-grown seedlings, CLE44 is induced (in a PIF-dependent manner) to prevent xylem differentiation.
Our latest work is now online! First-ever decoding of an entire PTM system in any eukaryote. Huge congrats to the whole team and thanks to @sadanandomlab and @mdelucas80 for this milestone moment. https://t.co/INvph9DnyO
I had a great time tutoring some of the UK’s brightest bioscience undergraduates at the Gatsby Plant Science Summer School 🌿 I was involved in @AnneOsbourn1 ‘s fascinating lecture on Finding Drugs in the Garden
New Preprint Alert!
Discover how SUMOylation enables light to recruit NPR1 to PhyB nuclear condensates, forming immune photobodies that regulate plant immunity! 🌱✨
Excited to share our recent work on how SUMOylated PhyB interacts with NPR1 to drive systemic immunity. Shedding light on the crosstalk between light signaling and immune pathways! 🌱🧬 #PlantScience#Immunity#SUMOylation @sadanandomlab https://t.co/1pJU9rI9cs
Charting the evolutionary path of the SUMO modification system in plants reveals molecular hardwiring of development to stress adaptation https://t.co/P7TaAW8rD4