… Ca 2+ -binding proteins have a conserved EF-hand motif, which … Ca 2+ sensors like CDPK
regulate the expression of genes under various abiotic and biotic stresses. Ca 2+ regulates …

… critical for plant cellular biology as a new protein module for Ca2+ signaling was identified.
… NAF domain defines a novel protein-protein interaction module conserved in Ca2+-regulated …

… entire Ca 2+ -stores system and its regulatory components, … of the core and regulatory
components of the Ca 2+ -stores … of this sub-network and the conservation of its nodes across …

… by its interactions with other proteins and by regulatory modifications. Phosphorylation is an
… Based on the strong conservation of the AMPK/SNF1/SnRK1 phosphorylation recognition …

… Cellular calcium (Ca 2+ ) signals regulate nearly every aspect of eukaryotic physiology. In …
have defined molecular mechanisms governing the actions of the CBL–CIPK modules in Ca 2…

… We analyze the data on the substrate regulation by the module … This novel protein possibly
acquired function as a kinase … The NAF/FISL domain referred thus due to highly conserved …

… and a model of Ca 2+ -LjCBL4/LjSOS3-LjCIPK16/LjSOS2 module-… Ca 2+ concentrations
and transmit signals to regulate the … conserved C terminal regulatory region containing the NAF …

… ANK domain of AKT1, and more specifically on the regulation … side of the AKT1 domain are
conserved among different plant … domain to bind the ANK domain of AKT1 and the FISL/NAF …

… , much less is known about how stress signaling regulates plant … modules. We review here
major components of abiotic stress signaling and how they are connected to growth regulation …

… In plant cells, Ca 2+ is recognized as a major messenger … conserved in the activation loop
of all 26 CIPKs [13,16]. The C-terminal regulatory region has a highly conserved NAF domain …