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1 thway by which cortical tension inhibits the Rac protein.
2 o the putative second effector domain of the Rac protein.
3  suggested that CNF1 activated the Cdc42 and Rac proteins.
4 similar to those caused by activated Rho and Rac proteins.
5 xygenation injury requires the activation of rac proteins, and that inhibition of rac-dependent pathw
6                                 ELMO/Dock180/Rac proteins are a conserved signalling module for promo
7                        Surprisingly, Vav and Rac proteins are dispensable for the development of the
8                         None of these mutant Rac proteins bound WASP with a similar affinity to Cdc42
9                                  Deletion of Rac proteins caused reduced trabecular and cortical long
10 nstants (based on EC50 values) of the mutant Rac proteins for the oxidase are at least 13-25-fold hig
11 e, our biochemical analyses with recombinant Rac proteins found that EHT 1864 possesses high affinity
12 ulates intracellular ROS production and that rac proteins function as part of a redox-dependent signa
13                          We demonstrate that rac proteins function downstream of ras proteins in the
14   It is not known whether CrkII, Dock180, or Rac proteins have any role during engulfment in mammalia
15 iological requirement for two near-identical Rac proteins in hematopoietic cells.
16 e a functional redundancy of RhoG with other Rac proteins in lymphocytes.
17 Thus, FcgammaR signaling through the Vav and Rac proteins in neutrophils is critical for stimulating
18 57 increased resistance to acid, and e14 and rac proteins increased early biofilm formation.
19 ition of geranylgeranyl isoprenoid lipids to Rac proteins is required for biological activity.
20 rminus, a region of sequence disparity among Rac proteins, is essential for complementation of Rac2 f
21 poiesis are biochemically separable and that Rac proteins may be important molecular targets for stem
22 sults show that a pathway containing Vav and Rac proteins may negatively regulate Notch signaling dur
23          In an effort to further explore how rac proteins might regulate NF-kappaB activity, we demon
24 , regulated, in part, by GTP/GDP exchange on Rac, protein phosphorylation, and binding to lipid messe
25  PAKc preferentially binds the Dictyostelium Rac protein RacB, and point mutations in the conserved C
26                     We describe here a novel rac protein, racE, which is specifically required for cy
27                One mutant of activated human RAC protein, RACV12H40 (with valine and histidine substi
28 was largely normal, however, indicating that Rac proteins regulate inner ear morphogenesis without af
29 s controlling WASP activity, we identified a Rac protein that binds to the GTPase binding domain of W
30                                              Rac proteins thus differentially regulate engraftment an
31  Equilibrium binding constants of all mutant Rac proteins to ACK, WASP, and PAK were measured.
32 is shown to be independent of the ability of rac proteins to activate the family of c-jun amino-termi

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