Structure for peptidase M24.007: Xaa-Pro dipeptidase (eukaryote-type)

Summary Gene structure Alignment Tree Sequences Sequence features Distribution Structure Literature Substrates Pharma

 

PDB Organism Resolution Comment
2OKN_A Homo sapiens 2.45 Å mature
The catalytic manganese ions are shown as grey CPK spheres. The manganese ligands are shown in ball-and-stick representation: Asp276 and Asp287 in pink, Glu412 and Glu452 in blue and His370 in purple. The catalytic residues are shown in ball-and-stick representation: His255, His366 and His377 in purple.
This browser does not have a Java Plug-in.
Get the latest Java Plug-in here.
Show surface
TERTIARY STRUCTURE DATA
Comment Resolution PDB PDBe SCOP CATH PDBSum Proteopedia Reference
Homo sapiens
mature  peptidase 1.82 Å 2IW2 2IW2 2IW2 2IW2 2IW2 2IW2
mature  peptidase 2.45 Å 2OKN 2OKN 2OKN 2OKN 2OKN 2OKN
crystal structure of wild-type human prolidase with mn ions 1.48 Å 5M4G 5M4G 5M4G 5M4G 5M4G 5M4G
crystal structure of wild-type human prolidase with glypro ligand 1.55 Å 5M4J 5M4J 5M4J 5M4J 5M4J 5M4J
crystal structure of wild-type human prolidase with mg ions and leuproligand 1.49 Å 5M4L 5M4L 5M4L 5M4L 5M4L 5M4L
crystal structure of wild-type human prolidase with mn ions and pro ligand 1.73 Å 5M4Q 5M4Q 5M4Q 5M4Q 5M4Q 5M4Q
crystal structure of asp276asn mutant of human prolidase with mn ions and glypro ligand 1.43 Å 5MC1 5MC1 5MC1 5MC1 5MC1 5MC1
Gly278Asp mutant with Mn ions and glypro ligand 1.70 Å 5MC2 5MC2 5MC2 5MC2 5MC2 5MC2
Glu412Lys mutant with Mn ions and glypro ligand 1.52 Å 5MC3 5MC3 5MC3 5MC3 5MC3 5MC3
Gly448Arg mutant with Mn ions and glypro ligand 1.80 Å 5MC4 5MC4 5MC4 5MC4 5MC4 5MC4
crystal structure of delglu452 mutant of human prolidase with mn ions and glypro ligand 1.90 Å 5MC5 5MC5 5MC5 5MC5 5MC5 5MC5
crystal structure of arg184gln mutant of human prolidase with mn ions and cacodylate ligand 1.48 Å 6H2P 6H2P 6H2P 6H2P 6H2P 6H2P
crystal structure of arg184gln mutant of human prolidase with mn ions and leupro ligand 1.78 Å 6H2Q 6H2Q 6H2Q 6H2Q 6H2Q 6H2Q