Structure for peptidase C87.001: nairovirus deubiquitinylating peptidase

Summary Alignment Tree Sequences Sequence features Distribution Structure Literature Substrates

 

PDB Organism Resolution Comment
3PT2_A Crimean-Congo hemorrhagic fever virus 2.50 Å complex with ubiquitin
Only the peptidase is shown. Catalytic residues are shown in ball-and-stick representation: Cys40 in yellow, His151 in purple and Asp153 in pink. The image is rotated 180 degrees in the X axis with respect to papain so that the active site residues are visible.
TERTIARY STRUCTURE DATA
Comment Resolution PDB PDBe SCOP CATH PDBSum Proteopedia Reference
Crimean-Congo hemorrhagic fever virus
mature  peptidase 2.20 Å 3PHU 3PHU 3PHU 3PHU 3PHU 3PHU Akutsu et al., 2011
mature  peptidase 2.00 Å 3PHW 3PHW 3PHW 3PHW 3PHW 3PHW Akutsu et al., 2011
mature  peptidase 1.60 Å 3PHX 3PHX 3PHX 3PHX 3PHX 3PHX Akutsu et al., 2011
structural analysis of a viral otu domain protease from the crimean- congo hemorrhagic fever virus in complex with human ubiquitin 2.30 Å 3PRM 3PRM 3PRM 3PRM 3PRM 3PRM
structural analysis of a viral otu domain protease from the crimean- congo hemorrhagic fever virus in complex with human ubiquitin 1.70 Å 3PRP 3PRP 3PRP 3PRP 3PRP 3PRP
complex with interferon-stimulated gene 15 protein 2.30 Å 3PSE 3PSE 3PSE 3PSE 3PSE 3PSE Capodagli et al., 2011
complex with ubiquitin 2.50 Å 3PT2 3PT2 3PT2 3PT2 3PT2 3PT2 Capodagli et al., 2011
mature  peptidase 2.30 Å 3ZNH 3ZNH 3ZNH 3ZNH 3ZNH 3ZNH Ekkebus et al., 2013
otu protease of crimean congo hemorrhagic fever virus bound to ubiquitin variant cc.4 2.10 Å 5V5G 5V5G 5V5G 5V5G 5V5G 5V5G
otu protease of crimean congo hemorrhagic fever virus bound to ubiquitin variant cc.2 1.50 Å 5V5H 5V5H 5V5H 5V5H 5V5H 5V5H
otu protease of crimean congo hemorrhagic fever virus bound to ubiquitin variant cc.1 2.20 Å 5V5I 5V5I 5V5I 5V5I 5V5I 5V5I
Dugbe virus
mature  peptidase 2.85 Å 4HXD 4HXD 4HXD 4HXD 4HXD 4HXD Capodagli et al., 2013
Thiafora virus
erve virus viral otu domain protease in complex with mouse isg15 2.47 Å 5JZE 5JZE 5JZE 5JZE 5JZE 5JZE