Sheng Yang He

This study identifies FERONIA and LLG1 as critical regulators of Arabidopsis high humidity responses, including transcriptomic changes and leaf hyponasty.

The paper shows that iron availability influences microbiota homeostasis in Arabidopsis leaves, with iron supplementation restoring dysbiosis in a mutant.

The paper shows salicylic acid modulates SnRK1 and TOR to regulate NPR1 phosphorylation, linking immune responses with metabolic control in plants.

This study shows that ADFs in Arabidopsis have a nuclear role in plant immunity by interacting with WRKY transcription factors to regulate the transcriptome during immune responses.

This study identifies a genetic locus in Arabidopsis that confers temperature-resilient immunity, showing it can be uncoupled from biomass cost.

The paper describes a new yeast genus, Aimea, with three species, and provides genome resources and a transformation protocol for studying their plant-associated interactions.

This paper identifies NlANX5, a BPH salivary protein that targets rice annexins, and shows that enhancing rice annexin expression counteracts NlANX5's virulence, offering an anti-virulence strategy against BPH.

This study shows that warm temperatures suppress systemic acquired resistance in plants by reducing N-hydroxypipecolic acid biosynthesis, affecting both local and systemic immunity.

This study identifies AvrE/DspE-family effectors as water/solute-permeable channels that facilitate bacterial virulence by causing host cell swelling and death.

This study identifies a protein complex formed by multiple HopM1-targeted MIN proteins that regulates both apoplastic immunity and water homeostasis in plants.

The paper shows that the oomycete effector HaRxL10 targets JAZ3 to inhibit SA signaling and suppress plant immunity through JA-SA crosstalk.