Bio-chemically characterizes the PA–SnRK2.4 interaction and shows that functionality of the SnRK2.4 PABD affects root development and remarkable, plants overexpressing the PABD, not a non-PA-binding mutant version, showed a severe reduction in root growth.
These findings provide key insights into the role of SnRK gene family in mangrove adaptation to saline intertidal habitat, and suggest AmSnRK2.7-AmENO2 module plays a role in salt tolerance.
Jin-Yu Liu, Yudan Xiang, Ling-Yu Song et al.· Plant, Cell and Environment· 0 citations
These findings uncover a regulatory connection between S6K and eIF5A and establish eIF5A-dependent selective translation as a mechanism contributing to root development in A. thaliana.
It is shown that different PP2A holoenzymes link together diverse stress-related signaling mechanisms at multiple levels and how they sustain the functioning of plant cells under multiple abiotic stresses is emphasized.
Csaba Máthé, Márta M-Hamvas, Tamás Garda et al.· Plant Cell Reports· 1 citation
In this proposed model, anagrelide remodels the interactome of the PDE3A-SLFN12 complex, which relocalizes and accumulates near the mRNA entry channel of the 43S pre-initiation complex, which provides important mechanistic context for how PDE3A modulators act within the cell.
S. Salmikangas, Iina Lindholm, Nasrin Sultana et al.· Molecular & Cellular Proteom...· 0 citations
Ice-binding proteins (IBPs) are functional molecules that enable organisms to survive severe cold by binding specifically to ice crystals and suppressing their growth and recrystallisation. Although their primary role has traditionally been viewed as antifreeze activity, recent studies have suggested additional cell-pr...
Saki Nakamura, Kazuki Ozawa, K. Ozaki et al.· Biochemistry and Biophysics...· 0 citations
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