Liwen Jiang

The paper shows that autophagy in root hair-forming cells of Arabidopsis is crucial for salt stress tolerance by enabling sodium sequestration.

The paper identifies a coral probiotic strain with enhanced thermal tolerance and characterizes its genomic and functional traits associated with long-term host association.

This study identifies the RING-H2 domain of Arabidopsis RMR as an E3 ligase required for post-Golgi trafficking of RMR receptors.

The paper identifies NtLLG4 as a receptor for NtPPME1, mediating polar exocytosis to regulate cell wall rigidity and membrane dynamics in pollen tubes.

This study shows Arabidopsis RabGDIs are essential for zygotic asymmetric division and embryonic patterning by regulating Rab5 dynamics and vacuolar trafficking.

This study identifies Styxl2 as a regulator of de novo sarcomere assembly by promoting degradation of non-muscle myosin IIs through autophagy.

The paper identifies a new organelle, the apicosome, specific to mouse cochlear and vestibular hair cells and describes its developmental dynamics and potential functional roles.

This study identifies Friendly as a mediator of mitophagy in Arabidopsis, showing its role in stress-induced and developmental mitophagy.