Structure for pepstatin (A01.001 inhibitor)

Summary Structure Literature

 

PDB Organism Resolution Comment
1LS5_A Plasmodium falciparum 2.80 Å complex with pepstatin A
Active site residues are shown in ball-and-stick representation: Asp155 and Asp335 in pink, and Tyr198 in green.
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1LYB Homo sapiens 2.50 Å complex with pepstatin
Active site residues are shown in ball-and-stick representation: Asp97 and Asp295 in pink, and Tyr142 in green. Carbohydrates are shown as CPK spheres in yellow. Pepstatin is shown in grey in ball-and-stick representation.
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1PSO Homo sapiens 2.00 Å pepsin 3A; complex with pepstatin
Active site residues are shown in ball-and-stick representation: Asp94 and Asp277 in pink, and Tyr137 in green. Pepstatin is shown in grey in ball-and-stick representation.
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1QS8 Plasmodium vivax 2.50 Å complex with pepstatin A inhibitor
Active site residues are shown in ball-and-stick representation: Asp157 and Asp337 in pink, and Tyr200 in green. Pepstatin A is shown in grey in ball-and-stick representation.
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1SME Plasmodium falciparum 2.70 Å complex with pepstatin A
One molecule of the dimer is shown. Active site residues are shown in ball-and-stick representation: Asp158 and Asp338 in pink, Tyr201 in green. Pepstatin is shown in grey in ball-and-stick representation.
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2H6T_A Candida albicans 1.90 Å complex with pepstatin A
Active site residues are shown in ball-and-stick representation: Asp90 and Asp141 in pink and Tyr274 in green. Bound inhibitor pepstatin is shown in grey ball-and-stick representation.
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2QZX Candida albicans 2.50 Å complex with pepstatin A
One moleculae of the dimer is shown. Active site residues are shown in ball-and-stick representation: Asp108 and Asp160 in pink, and Tyr218 in green. Bound inhibitor is shown in green in ball-and-stick representation.
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3C9Y Trichoderma reesei 1.85 Å complex with pepstatin A
Active site residues are shown in ball-and-stick representation: Asp113 and Asp297 in pink and Tyr297 in green. The bound inhibitor pepstatin A is shown in grey ball-and-stick representation.
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3FV3 Candida parapsilosis 1.85 Å complex with pepstatin
Active site residues are shown in ball-and-stick representation: Asp94 and Asp282 in pink, and Tyr140 in green.
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4ER2 Cryphonectria parasitica 2.00 Å complex with pepstatin
Active site residues are shown in ball-and-stick representation: Asp124 and Asp308 in pink, Tyr168 in green. Pepstatin is shown in grey in ball-and-stick representation.
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5HVP human immunodeficiency virus 1 2.00 Å complex with acetyl-pepstatin
The dimer is shown. The active site residue Asp93 is shown in ball-and-stick representation in pink (one from each monomer).
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6APR Rhizopus microsporus 2.50 Å complex with pepstatin
Active site residues are shown in ball-and-stick representation: Asp103 and Asp286 in pink, Tyr145 in green. Pepstatin is shown in grey in ball-and-stick representation.
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TERTIARY STRUCTURE DATA
Comment Resolution PDB PDBe SCOP CATH PDBSum Proteopedia Reference
aspergillopepsin I ( Aspergillus niger)
mature  SMI 1.90 Å 1IZE 1IZE 1IZE 1IZE 1IZE 1IZE Kamitori et al., 2003
subfamily A1A unassigned peptidases ( Aspergillus oryzae)
mature  SMI 1.90 Å 1IZE 1IZE 1IZE 1IZE 1IZE 1IZE Kamitori et al., 2003
chymosin ( Bos taurus)
complex with pepstatin 1.60 Å 4AUC 4AUC 4AUC 4AUC 4AUC 4AUC
candidapepsin SAP3 ( Candida albicans)
complex with pepstatin A 1.90 Å 2H6T 2H6T 2H6T 2H6T 2H6T 2H6T Borelli et al., 2007
candidapepsin SAP5 ( Candida albicans)
complex with pepstatin A 2.50 Å 2QZX 2QZX 2QZX 2QZX 2QZX 2QZX Borelli et al., 2008
candiparapsin ( Candida parapsilosis)
complex with pepstatin 1.85 Å 3FV3 3FV3 3FV3 3FV3 3FV3 3FV3 Dostal et al., 2009
endothiapepsin ( Cryphonectria parasitica)
complex with pepstatin 2.00 Å 4ER2 4ER2 4ER2 4ER2 4ER2 4ER2 Pearl & Blundell, 1984
cathepsin D ( Homo sapiens)
complex with pepstatin 2.50 Å 1LYB 1LYB 1LYB 1LYB 1LYB 1LYB Baldwin et al., 1993
pepsin A ( Homo sapiens)
pepsin 3A; complex with pepstatin 2.00 Å 1PSO 1PSO 1PSO 1PSO 1PSO 1PSO Fujinaga et al., 1995
pepsin A4 ( Homo sapiens)
pepsin 3A; complex with pepstatin 2.00 Å 1PSO 1PSO 1PSO 1PSO 1PSO 1PSO Fujinaga et al., 1995
HIV-1 retropepsin ( human immunodeficiency virus 1)
dimer in closed form with pepstatin in active site and fragment 1f1 in the outside/top of flap 1.10 Å 4EJD 4EJD 4EJD 4EJD 4EJD 4EJD
dimer in closed form with pepstatin in active site and fragment 1f1-n in the outside/top of flap 1.79 Å 4EJK 4EJK 4EJK 4EJK 4EJK 4EJK
dimer in closed form with pepstatin in active site and fragment ak-2097 in the outside/top of flap 2.18 Å 4TVG 4TVG 4TVG 4TVG 4TVG 4TVG
complex with acetyl-pepstatin 2.00 Å 5HVP 5HVP 5HVP 5HVP 5HVP 5HVP Fitzgerald et al., 1990
subfamily A1A unassigned peptidases ( Ixodes ricinus)
complex with the inhibitor pepstatin a 1.45 Å 5N7Q 5N7Q 5N7Q 5N7Q 5N7Q 5N7Q
murine leukemia virus-type retropepsin ( Moloney murine leukemia virus)
peptidase domain only; complex with pepstatin 1.50 Å 3SM1 3SM1 3SM1 3SM1 3SM1 3SM1 Li et al., 2011
complex with acetyl-pepstatin 2.00 Å 4EXH 4EXH 4EXH 4EXH 4EXH 4EXH
plasmepsin-4 ( Plasmodium falciparum)
complex with pepstatin A 2.80 Å 1LS5 1LS5 1LS5 1LS5 1LS5 1LS5 Asojo et al., 2003
plasmepsin-2 ( Plasmodium falciparum)
complex with pepstatin A 2.40 Å 1M43 1M43 1M43 1M43 1M43 1M43
complex with pepstatin A 2.70 Å 1SME 1SME 1SME 1SME 1SME 1SME Silva et al., 1996
complex with pepstatin A 2.70 Å 1W6I 1W6I 1W6I 1W6I 1W6I 1W6I
complex with pepstatin A 1.70 Å 1XDH 1XDH 1XDH 1XDH 1XDH 1XDH
histoaspartic peptidase (Plasmodium falciparum) ( Plasmodium falciparum)
complex with pepstatin A 0.00 Å 3FNT 3FNT 3FNT 3FNT 3FNT 3FNT Bhaumik et al., 2009
plasmepsin (Plasmodium sp.) ( Plasmodium vivax)
complex with pepstatin A inhibitor 2.50 Å 1QS8 1QS8 1QS8 1QS8 1QS8 1QS8 Bernstein et al., 2003
mucorpepsin ( Rhizomucor miehei)
complex with pepstatin A 2.70 Å 2RMP 2RMP 2RMP 2RMP 2RMP 2RMP Yang & Quail, 1999
rhizopuspepsin ( Rhizopus microsporus)
complex with pepstatin 2.50 Å 6APR 6APR 6APR 6APR 6APR 6APR Suguna et al., 1992
trichodermapepsin ( Trichoderma reesei)
complex with pepstatin A 1.85 Å 3C9Y 3C9Y 3C9Y 3C9Y 3C9Y 3C9Y Nascimento et al., 2008
complex with pepstatin A 1.85 Å 3EMY 3EMY 3EMY 3EMY 3EMY 3EMY Nascimento et al., 2008