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1 ence of excess ATP, suggesting that they are monomeric G proteins.
2 n-enriched member of the Ras family of small monomeric G proteins.
3 is a direct link between heterotrimeric and monomeric G proteins.
4 closely related members of the Rho family of monomeric G-proteins.
5 with the GDP-bound form of the Rho family of monomeric G proteins, and thus may serve as a nodal poin
6 ne is stimulated by protein kinase C and the monomeric G proteins Arf, RhoA, Cdc42, and Rac1, resulti
7 ide exchange factor for the Rap subfamily of monomeric G proteins, as an important regulator of insul
8 infestans piypt1 gene, a gene that encodes a monomeric G-protein believed to be involved in regulatio
9 lar dynamics simulations to show that Ras, a monomeric G protein, can generate mechanical force upon
11 ve mutations for investigating Ras and other monomeric G proteins inspired us to create a functionall
17 kinases were reported to interact with small monomeric G-proteins of the RHO of plant (ROP; also call
18 strate that activated Rap1A, but not related monomeric G proteins, promotes ribosomal protein S6 phos
19 alization of a marker for the Golgi Ras-like monomeric G-protein RAB2:GFP expressed in transgenic tob
20 ly stimulates GTP hydrolytic activity of the monomeric G protein Rap1 and thus is believed to functio
22 -like domain with structural homology to the monomeric G protein Ras and a helical domain comprised o
26 perfamily of Ras GTPase signalling proteins (monomeric G proteins) require post-translational carboxy
27 guanine nucleotide exchange factors for the monomeric G protein Rho (RhoGEFs) are well characterized
28 ionally uncoupled from signaling through the monomeric G protein Rho, a protein known to propagate se
33 els, a paradigm of ion channel regulation by monomeric G-proteins with significant physiological rami
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