Finally, we demonstrate that TSN and stress granule formation promote heat‐induced activation of the evolutionarily conserved energy‐sensing SNF1‐related protein kinase 1 (SnRK1), the plant orthologue ...

The authors note that Fig. 1 appeared incorrectly. In panel 1F, both the upper and lower rows should have been labeled ‘mock,’ rather than ‘mock’ and ‘ABA ...

The study also revealed that TSN's scaffolding role is critical to the architecture and function of stress granules. SnRK1 kinase, a key sensor in the cellular response to environmental and ...

Among the plant-specific components identified was SnRK1 kinase, a central sensor in the cellular response to environmental and nutritional stresses. The study demonstrated that both the ...

Further investigation suggested that FBH4 is extensively phosphorylated by another protein called SnRK1. Low-nitrogen conditions suppress SnRK1 activity, which in turn results in the ...

Sugar signals play a key role in root growth and development. SnRK1, as one of the energy centers, can respond to energy changes in plants and affect the growth and development of plants. However, ...

Moreover, a gene (SnRK1) that encodes the yeast SNF1 homolog was cloned from potato and shown to be required for activation of sucrose synthase gene expression [30] . The expression of antisense SnRK1 ...