2015
DOI: 10.1155/2015/526854
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Corrigendum to “Characterization of Zebrafish von Willebrand Factor Reveals Conservation of Domain Structure, Multimerization, and Intracellular Storage”

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“…In agreement with this, the PmRab7 gene sequence codes for a deduced polypeptide containing five extremely conserved motifs (G boxes) involved in GTP-binding or GTPase activity and an isoprenylation site (last both C), suggesting that PmRab7 is an active GTPase that is able to cycle between GDP-and GTP bound states [22]. In this study we presented 3D model of PmRab7 for Mg 2+ and GTP binding site analysis, the same model was shown by Arunima et al [23] also, but here first time we are reporting the inactive PmRab7 (GDP) to active PmRab7 (GTP) on the basis of various hydrogen bonding G 18-20, T 46 and K 126 were involved in PmRab7 activation. In the present molecular docking study, CID 1067700 was docked with PmRab7 (Target protein PDB Id: 1VG8) using the docking program GLIDE in the presence of Mg 2+ and GTP.…”
Section: Discussionsupporting
confidence: 80%
“…In agreement with this, the PmRab7 gene sequence codes for a deduced polypeptide containing five extremely conserved motifs (G boxes) involved in GTP-binding or GTPase activity and an isoprenylation site (last both C), suggesting that PmRab7 is an active GTPase that is able to cycle between GDP-and GTP bound states [22]. In this study we presented 3D model of PmRab7 for Mg 2+ and GTP binding site analysis, the same model was shown by Arunima et al [23] also, but here first time we are reporting the inactive PmRab7 (GDP) to active PmRab7 (GTP) on the basis of various hydrogen bonding G 18-20, T 46 and K 126 were involved in PmRab7 activation. In the present molecular docking study, CID 1067700 was docked with PmRab7 (Target protein PDB Id: 1VG8) using the docking program GLIDE in the presence of Mg 2+ and GTP.…”
Section: Discussionsupporting
confidence: 80%