🧵 New publication on how can we protect crops from heat stress? A study on Tartary buckwheat reveals a clever mechanism.
#NCN#SHENG#COLLABORATION
https://t.co/b1zZ3lryKV
📣Our paper is finally out!🤩 We found that local modification of H3K9me3 using CRISPR/dCas9 at hotspots changes crossover activity, bringing us closer to targeted recombination in plants.🌱
Huge thanks to @SzymanskaLejman, Wojtek, Ania, and Karolina!💪
https://t.co/VJ8DHs9yf8
New paper on Buckwheat is here!!! 🌾
Our new study, published in PCTOC, reveals how three different buckwheat species have unique metabolic strategies in in vitro tissue culture 🧪🌱
We invite you to take a look at it: https://t.co/Z4uYeOZocB
#PlantScience#Buckwheat
Our latest paper on Buckwheath is out! 🎉
This study demonstrates how phenylalanine ammonia-lyase (PAL) inhibitors and phenolic adsorbents can significantly improve Fagopyrum tataricum morphogenesis in vitro.
https://t.co/C1gBy8H5DZ
#PlantScience#TissueCulture#Buckwheat
We are delighted to share a comprehensive study of cell colony development derived from protoplast cultures of Fagopyrum tataricum and F. esculentum.
https://t.co/kqdupaZvxO
🌾Job Alert🌾
Interested in grass stomatal diversity and climate change resilience?
@roulinlab @SteniBocker and we are looking for a postdoc (2 + 1 years) - GWAS & modelling
Details: https://t.co/haxcQM7Itq
Related papers here: https://t.co/PrF4KXwkbl and https://t.co/9kieoReJOi
We are delighted to share an extensive analysis of the DNA methylation patterns in floral parts of F. esculentum and F. tataricum.
https://t.co/it5GP2ESzL
Interesting paper by Tomasiak et al on how epigenetic changes accompany the dedifferentiation and re-differentiation processes in long-term callus cultures of Fagopyrum with different capacity for morphogenesis. Read full account here: https://t.co/kahdezF7gv
We are delighted to share another success with a publication on buckwheat from our group. The publication is connected with epigenetic study in tissue culture.
https://t.co/aTdq9OREmI