posted on 2015-11-17, 15:39authored byVincenzo Maione, Alessia Ruggiero, Luigi Russo, Alfonso De Simone, Paolo Vincenzo Pedone, Gaetano Malgieri, Rita Berisio, Carla Isernia
Chemical Shift Index of the RpfCc protein based on the Cα, Cβ and Hα chemical shifts (Fig A). NOE diagram of the RpfCc protein (Fig B). The root mean square distributions for backbone heavy atoms of the residues 9–78 with respect to the mean coordinate position between each model reported in the X-ray structure (Fig C). The τe and Rex defining the backbone dynamics of RpfCc are plotted as a function of the residue numbers (Fig D). (Upper) Multiple alignment ofthe RPF domains (RpfA, RpfB, RpfC, RpfD and RpfE). (Lower) Identity–similarity matrix of Rpf sequences (Fig E). CD spectrum of RpfC catalytic domain at pH 7.0 (Fig F). CD spectra of RpfC catalytic domain at pH 7.0 (blue), 5.0 (green) and 2.0 (red) with 2mM TCEP (Fig G).