Şuayib Üstün

This study investigates the evolution of the 26S proteasome in plants by analyzing gene repertoires, cis-regulatory elements, and regulatory networks, revealing conserved and lineage-specific mechanisms.

This study shows autophagy coordinates cell-type-specific immunity in plants by modulating immune responses in guard cells and mesophyll cells during Pseudomonas syringae infection.

The paper identifies ERAPS as a system controlling proteasome activator fate during proteotoxic stress, revealing a trade-off between proteasome function and energy metabolism.

This study shows pathogenic bacteria inhibit host translation by targeting processing bodies and reveals a link between ER stress, autophagy, and P-body dynamics.

The paper identifies a conserved selective autophagy receptor, CESAR, critical for proteostasis under heat stress in plants through cross-species interactome analysis.

This study shows autophagy restricts tomato fruit ripening by repressing ethylene, with similar effects observed in Arabidopsis mutants.

This study identifies XopM, a type-III effector from Xanthomonas, which suppresses plant immunity by interacting with VAP proteins via FFAT motifs.

The paper shows the proteasome is essential for plant immunity and is targeted by Pseudomonas type-III effector proteins.