🌱 Gene expression & co-expression across 630,000 RNA-seq samples from 10,700+ plant species — free, in your browser.
Search a gene → see where it's expressed on the UMAP → explore its co-expression network.
https://t.co/PRhoLXBs2o
#PlantScience#RNAseq#Bioinformatics
Organic vs. conventional farming, which builds soil better? A new study of 2,900+ real farms found NO difference in soil organic matter. Why? Because the label doesn't matter — plant biomass inputs, nitrogen, rotation & tillage do. Focus on dominant drivers.
https://t.co/k2NoOEaY76
Our work on stripe rust in Canada is now available in first look, the rest of the story on lineages to come soon too! Funded by @AAFC_Canada@AlbertaGrains@SaskWheat@RDARAlberta | Phytopathology® https://t.co/9gnrg3mNu0
This should be of applied value to those working with leaf spot complex of 🌾, or those who want accurate, specific diagnosis and measurements, thrilled to have it out, it has been few years in the making! Funders @AlbertaGrains@SaskWheat@AAFC_Canada https://t.co/VAApi60bti
What do plants do when they cannot run from danger? They build better borders. In our new review @msubrandizzilab , we discuss how plants remodel their cell walls during pathogen attack, turning a structural boundary into an active immune interface.
https://t.co/mwflZEhlhm
1/n
Exciting breakthrough technology from the lab, now live in @CellCellPress ! Instead of cutting the genome where proteins bind (e.g., Cut&Tag), D&D-seq scars the DNA with a deaminase, allowing single cell genome mapping of TFs and chromatin remodellers!
Single somatic plant cells have the remarkable potential to dedifferentiate and regenerate entirely new plants. However, the cell states and regulatory dynamics enabling dedifferentiation competence had not been fully explored... dun dun dun ⬇️ (1/12)
https://t.co/bca6Pbt6Mp
High-throughput identification of stripe rust resistance resources and genetic mapping of a new gene from Triticum durum–Haynaldia villosa amphiploids https://t.co/uTklRrGhij
1/19
This story started ~2017
Multiple groups—different plants, methods, environments—reported the same thing:
👉 During drought, Streptomyces become enriched in plant roots.
Why? 🧵👇