Titlebook: GTPases; Versatile Regulators Girdhar K. Pandey,Manisha Sharma,Thiruvenkadam Sha Book 2015 The Author(s) 2015 Abiotic stress.G proteins.GTP

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Functional Genomic Perspective of Small GTPases,egulation of Rho signaling-mediated cellular processes than previously predicted. Rho GAP and Rho GDI gene families are well conserved in eukaryotes. It has been established that in animals, GAPs and GDIs function strictly according to the upstream regulators, and similar regulation has been anticipated for their plant counterparts.

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https://doi.org/10.1007/978-1-349-15534-7an families are widely conserved across eukaryotes and they participate in characteristic eukaryotic cellular processes. Moreover, Arf, Rab, and Ran appear to play a role in fundamental cellular responses; they are not usually considered as signaling proteins that transmit extracellular signals.

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https://doi.org/10.1007/3-540-30833-4e I (GGT-I), whereas Type-II ROPs are stabilized by S-acylation modification to facilitate their attachment to plasma membrane. This suggests that the nature of lipid modifications on proteins is necessary to determine their submicroscopic localization, membrane interaction dynamics, and cell signaling.

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Cellular Localization of Small GTPases,e I (GGT-I), whereas Type-II ROPs are stabilized by S-acylation modification to facilitate their attachment to plasma membrane. This suggests that the nature of lipid modifications on proteins is necessary to determine their submicroscopic localization, membrane interaction dynamics, and cell signaling.

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Overview of G Proteins (GTP-Binding Proteins) in Eukaryotes,naling pathways have been identified in plants regulating diverse physiological and developmental processes. One of the important classes of proteins identified are the G proteins, the key regulators for a wide range of cellular processes in eukaryotes. The most conserved group of GTPase family incl

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Overview of Small GTPase Signaling Proteins in Plants,rphogenesis, mitotic spindle assembly, and gene expression in both metazoa and plants. Rho GTPase superfamily is conserved in all eukaryotic organisms. On the other hand, no clear homolog of the animal Rho GTPase protein has been identified in plants. During the course of time, plants have evolved a

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Identification and Classification of Rho GTPases in Plants,me novel plant-specific GTPases have evolved with the functional innovation of already conserved GTPase together with the birth of new members that has equipped plant kingdom with unique functional capability. Plant small GTPase superfamily is divided into four families: Rho, Rab, Arf, and Ran. Plan