Tag: plant-pathogen interactions

A new review in Crop Health details how the RALF peptide and FERONIA receptor kinase pair coordinates plant growth, reproduction, ...

A new deep learning network called MHISR reconstructs sharp microscopic hyperspectral images, enabling researchers to quantify rice disease resistance through ...

A new Nature study reveals how salicylic acid receptors activate plant defense genes through the Mediator subunit MED15A while simultaneously ...

A new Genome Biology study shows that lysine succinylation of histones regulates rice defense genes, and that disabling the desuccinylase ...

Researchers have discovered that the rice formin gene BUI1 coordinates actin cytoskeleton remodeling and ROS homeostasis to confer broad-spectrum resistance ...

A new study reveals that the wheat pathogen Zymoseptoria tritici uses both shared and environment-specific genetic mechanisms to tolerate the ...

Cryo-EM structures reveal that the SCREW2 peptide adopts a unique cross-ribbon conformation that enables specific recognition by the NUT receptor ...

A new review argues that plant immune co-receptors such as BAK1 and SOBIR1 act as molecular bridges between the two ...

In the intricate battlefield of plant-pathogen interactions, a groundbreaking study has uncovered an unprecedented mechanism through which bacterial pathogens sabotage ...

In the relentless arms race between plants and pathogens, the stomatal pores on leaf surfaces represent a frontline bastion of ...