#rhizobacteria — Public Fediverse posts

Very interesting study using #arabidopsis showing commensal #rhizobacteria secrete a subtilase that suppresses plant #immunity by cleaving #peptide elicitors

https://www.cell.com/cell-reports/fulltext/S2211-1247(24)01414-1

Handling #editor, Ian Dodd, investigates #water deficit effects on plants, focusing on #root-to-shoot #signalling, #plant-growth promoting #rhizobacteria, #phytohormones, and #stomatal #physiology.

Handling #editor, Ian Dodd, investigates #water deficit effects on plants, focusing on #root-to-shoot #signalling, #plant-growth promoting #rhizobacteria, #phytohormones, and #stomatal #physiology.

Handling #editor, Ian Dodd, investigates #water deficit effects on plants, focusing on #root-to-shoot #signalling, #plant-growth promoting #rhizobacteria, #phytohormones, and #stomatal #physiology.

Handling #editor, Ian Dodd, investigates #water deficit effects on plants, focusing on #root-to-shoot #signalling, #plant-growth promoting #rhizobacteria, #phytohormones, and #stomatal #physiology.

📝 Meet our new editorial #intern, Tessa Reed, from Rothamsted Research. She is a mentee of Miriam Gifford and specialises in:

🌾 plant-#microbe interactions
🌾 plant growth-promoting #rhizobacteria
🌾 root-#soil interactions
🌾 #biotic and #abiotic stress
🌾 #wheat

📝 Meet our new editorial #intern, Tessa Reed, from Rothamsted Research. She is a mentee of Miriam Gifford and specialises in:

🌾 plant-#microbe interactions
🌾 plant growth-promoting #rhizobacteria
🌾 root-#soil interactions
🌾 #biotic and #abiotic stress
🌾 #wheat

📝 Meet our new editorial #intern, Tessa Reed, from Rothamsted Research. She is a mentee of Miriam Gifford and specialises in:

🌾 plant-#microbe interactions
🌾 plant growth-promoting #rhizobacteria
🌾 root-#soil interactions
🌾 #biotic and #abiotic stress
🌾 #wheat