3D Structures of Aminopeptidase3D Structures of Aminopeptidase
Updated on 26-September-2024
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- Cysteine aminopeptidase
- 3pw3 – PdCys-AP – Parabacteroides distasonis
- Glutamyl aminopeptidase or aminopeptidase A
- 4kx7 – hGlu-AP + Zn – human
- 4kx8, 4kxb – hGlu-AP + Zn + statin derivative
- 4kx9, 4kxa, 4kxc, 4kxd – hGlu-AP + Zn + amino acid
- 2wyr – PhGlu-AP+Co – Pyrococcus horikoshii
- 3kl9 – SpGlu-AP – Streptococcus pneumonia
- Alanine aminopeptidase or aminopeptidase N or a-aminoacylpeptide hydrolase
- 8jkt – APN ectodomain 1-967 – cat
- 2hpo, 2dq6, 3puu, 6g8b – EcAPN - Escherichia coli
- 2gtq – NmAPN – Neisseria meningitides
- 5dll – FtAPN - Francisella tularensis
- 3ebg – PfAla-APN - Plasmodium falciparum
- 6oiu – APN – Toxoplasma gondii
- Alanine aminopeptidase binary complex
- 4fyq, 5lhd - hAla-APN + Zn
- 6u7e, 6u7f, 6u7g, 7vpp, 7vpq – hAPN + spike glycoprotein
- 6xwd, 7aew – hAPN + 14-3-3 protein sigma
- 4fke, 5lds, 5lg6, 5z65 – pAla-APN + Zn – pig
- 7u0l – dAPN + spike glycoprotein - dog
- 3ked – EcAPN+2,4-diaminobutyric acid
- 2hpt, 2dqm – EcAPN+bestatin
- 2zxg – EcAPN+transition state analog
- 8t83 - PfAla-AP (mutant) + Zn
- 3ebh - PfAla-APN+bestatin
- 3ebi - PfAla-APN+dipeptide analog
- 4r5t, 4r5v, 4r5x – PfAla-APN + inhibitor
- 5dyf – NmAPN + benzyl-diaminoethylphosphonate
- 4pu2, 4pvb – NmAPN + Leu analog
- 4pw4 – NmAPN + Phe analog
- 4qhp, 4qir, 4qme, 4qpe, 4quo – NmAPN + dipeptide analog
- 4fgm – APN + Zn – Idiomarina loihiensis
- 5zi5 – LpAPN + Zn – Legionella pneumophila
- 5zi7 – LpAPN + Glu
- 5zie – LpAPN + Asp
- 7v9n, 7v9o, 7v9p, 7v9q – APN + Zn – Saccharopolyspora erythrea
- Alanine aminopeptidase ternary complex
- 4fyr - hAla-APN + Zn + bestatin
- 4fys - hAla-APN + Zn + angiotensin
- 4fyt - hAla-APN + Zn + amastatin
- 4fkh – pAla-APN + Zn + Ala
- 6buy, 6bv0, 6bv1, 6bv2, 6bv3, 6bv4 – pAPN+ Zn + amino acid
- 4naq, 4nz8, 4ou3 – pAla-APN + Zn + polypeptide
- 4hom – pAla-APN + Zn + substance P
- 4fkk – pAla-APN + Zn + bestatin
- 4f5c – pAla-APN + PRCV spike protein + Zn
- 3b2p, 3b2x, 3b34, 3b37, 3b3b, 3qjx, 4xo5, 4xo4, 4xo3, 4xnd, 4xnb, 4xna, 4xn9, 4xn8, 4xn7, 4xn5, 4xn4, 4xn2, 4xn1, 4xmz, 4xmx, 4xmw, 4xmv, 4xmu, 4xmt, 5yq1 – EcAPN+ Zn + amino acid
- 4q4i – EcAPN+ Zn + peptide
- 4q4e – EcAPN+ Zn + actinonin
- 5mfr, 5mfs, 5mft – EcAPN+ Zn + aminobenzosuberone
- 5yqb – EcAPN + Zn + puromycin
- 5yo1 – EcAPN (mutant) + Zn + puromycin
- 5yq2 – EcAPN + Zn + puromycin aminonucleoside
- 8t41 – MtAla-AP + Zn + Mg - Mycobacterium tuberculosis
- 8t6h – PfAPN + Zn + Mg
- 8t7p – PfAPN (mutant) + Zn + Mg
- Aminopeptidase B
- Aminopeptidase C see Dipeptidyl aminopeptidase
- Aminopeptidase M61
- 7xyo – AP + Zn – Myxococcus fulvus
- Proline aminopeptidase or X-Pro aminopeptidase or aminopeptidase P or X-prolyl aminopeptidase or Xaa-Pro dipeptidase
- 3ctz – X hPro-AP
- 1wlr - Xaa EcPro-AP
- 2bws, 2bwt, 2bwu, 2bwv, 2bww, 2bwx, 2bwy - Xaa EcPro-AP (mutant)
- 3ovk – Xaa Pro-AP – Streptococcus pyogenes
- 3il0 - Xaa Pro-AP – Streptococcus thermophilus
- 2zsg – X TmPro-AP – Thermatoga maritima
- 1qtr – SmPro-AP – Serratia marcescens
- 1xqv – TaPro-AP (mutant) – Thermoplasma acidophilum
- 3azo – SmoPro-AP – Streptomyces morookaensis
- 3azp - SmoPro-AP (mutant)
- Proline aminopeptidase binary complex
- 2v3x, 2v3y, 2v3z - Xaa EcPro-AP (mutant)+tripeptide
- 5cnx - Xaa EcPro-AP (mutant) + Zn
- 1wl6 - Xaa EcPro-AP+Mg
- 1wl9, 1m35, 1jaw - Xaa EcPro-AP+Mn
- 1w2m - Xaa EcPro-AP+Ca
- 1n51 – Xaa EcPro-AP+apstatin
- 3ig4 – Xaa Pro-AP + Mn – Bacillus anthracis
- 4fkc – Xaa TsPro-AP + Cd – Thermococcus sibiricus
- 4rgz – Xaa TsPro-AP + Zn
- 4pv4 – YpPro-AP II + Mg
- 1x2b, 1x2e, 1wm1– SmPro-AP + inhibitor
- 1xqw, 1xqx, 1xqy, 1xrl, 1xrm, 1xrn, 1xro, 1xrp, 1xrq, 1xrr – TaPro-AP+polypeptide
- 3azq - SmoPro-AP (mutant) + PGG
- 7e5c - Pro-AP (mutant) + Mn – Pseudoalteromonas lipolytica
- Proline aminopeptidase higher complex
- 1w7v, 2bh3 - Xaa EcPro-AP+Zn+Mg+polypeptide
- 2bn7 - Xaa EcPro-AP+Zn+Mg+Mn+polypeptide
- 2bha, 2bhd - Xaa EcPro-AP+Mg+polypeptide
- 1a16 - Xaa EcPro-AP+Mn+polypeptide
- 1wbq, 2bhb - Xaa EcPro-AP+Zn+Mg
- 2bhc - Xaa EcPro-AP+Na+Mg
- 4s2r – CePro-AP 1 + Zn - Caenorhabditis elegans
- 4s2t – CePro-AP 1 + Zn + apstatin
- 5wze – PaAPP + Ala + Pro – Pseudomonas aeruginosa
- Leucine aminopeptidase
- 3qnf – hLeu-AP 1
- 2yd0 – hLeu-AP 1 soluble domain
- 3rjo - hLeu-AP 1 peptide-binding domain
- 1lam, 1lap – bLue-AP – bovine
- 5jm9, 4r8f – yLeu-AP 1 - yeast
- 5jhc – yLeu-AP 1 (mutant)
- 1gyt – EcLeu-AP
- 3jru – Leu-AP – Xanthomonas oryzae
- 2hc9, 2hb6– CeLeu-AP
- 3h8e, 3h8f, 3h8g – Leu-AP – Pseudomonas putida
- 3kqx, 3kqz, 3kr4, 3kr5 – PfLeu-AP
- 3fh4, 1rtq, 2dea – VpLeu-AP – Vibrio proteolyticus
- 3b35, 3b3t, 3b3v, 2anp - VpLeu-AP (mutant)
- 5lhj – StrLeu-AP 2 – Streptomyces
- 5ntg, 5ntf – Leu-AP – Trypanosoma cruzi
- Leucine aminopeptidase binary complex
- 3mdj - hLeu-AP 1 soluble domain + inhibitor
- 2ewb – bLeu-AP+zofenoprilat
- 1lan, 1lcp – bLue-AP+leucine derivative
- 1bll – bLue-AP+amastatin
- 4ksi – toLeu-AP 1 + Mg – tomato
- 5d8n – toLeu-AP 1 (mutant) + Mg
- 5jgf – yLeu-AP 1 + Zn
- 5jh9 – yLeu-AP 1 (mutant) + Zn
- 3b3c, 3b3s, 3b3w – VpLeu-AP (mutant)+Leu derivative
- 3b7i - VpLeu-AP (mutant)+Leu
- 1ft7 - VpLeu-AP +Leu derivative
- 3vh9 - VpLeu-AP + 8-quinolinol
- 2nyq, 2iq6 – VpLeu-AP+polypeptide
- 1lok – VpLeu-AP+Tris
- 2prq – VpLeu-AP+Co
- 1xry, 1txr – VpLeu-AP+bestatin
- 3tc8 - PdLeu-AP + Zn - Parabacteroides distasonis
- 4fuu - BtLeu-AP + Zn – Bacterioides thetaiotaomicron
- 5lhk – StrLeu-AP 2 + Mn
- 4zla, 4zi6 – Leu-AP + Zn – Helicobacter pylori
- 5gne, 6esl – LpLeu-AP + Zn
- 6f3k, 6r8n – PhLeu-AP + Zn
- 6wvv – PvLeu-AP M17 + Zn – Plasmodium vivax
- 8sw9 – PvLeu-AP M17 (mutant) + Zn
- 7k5k – PvLeu-AP M17 + Mn
- 7srv, 7t3v – PfLeu-AP + Zn
- Leucine aminopeptidase ternary complex
- 1bpm, 1bpn – bLue-AP+Zn+Mg
- 2j9a - bLue-AP+Zn + inhibitor
- 3t8w, 4k3n, 4r6t, 7rie] – PfLeu-AP + Zn + inhibitor
- 4r76, 4r7m, 4x2t – PfLeu-AP (mutant) + Zn + inhibitor
- 5ntd – TbLeu-AP + Mn + bestatin – Trypanosoma brucei
- 6ee2, 6eee, 8ez4 - PfLue-AP M17 +Zn + inhibitor
- 7oez – AoLeu-AP + Zn + Leu – Aspergillus oryzae
- 7d1e - BtLeu-AP + Zn + acetylhistamine
- 7y1s - BtLeu-AP + Zn + Ni – Bacillus amyloliquefaciens
- Leucine-cysteine aminopeptidase or insulin-regulated aminopeptidase
- Lysine aminopeptidase
- Methionine aminopeptidase
- 2gtx, 2gu7 – EcMet-AP
- 6iz7 – EcMet-AP (mutant) – Cryo EM
- 3fm3 – EncMet-AP – Encephalitozoon cuniculi
- 3tb5 – Met-AP – Enterococcus faecalis
- 1o0x – TmMet-AP
- 4km3 – SpMet-AP
- 4km3, 6mrf – Met-AP – Acinetobacter baumannii
- 6k26 – VcMet-AP – Vibrio cholerae
- 6lvh – PyfMet-AP – Pyrococcus furiosus
- Methionine aminopeptidase binary complex
- 3mr1, 3mx6 – Met-AP+Mn – Rickettsia prowazekii
- 2dfi, 1xgm, 1xgn, 1xgo, 1xgs, 6m00 – PyfMet-AP+Co
- 1wkm - PyfMet-AP+Mn
- 4fo7, 4juq - PaMet-AP+Mn
- 4fo8 - PaMet-AP+Mn + Met
- 1yj3, 3ror, 4ook - MtMet-AP 2 + Co - Mycobacterium tuberculosis
- 5ypj – MtMet-AP (mutant) + Co
- 3pka - MtMet-AP+Mn
- 3pkb, 3pkc, 3pkd, 3pke - MtMet-AP+bengamide inhibitor
- 1y1n - MtMet-AP+K
- 3tav – Met-AP + Mg – Mycobacterium abscessus
- 3fmq, 3fmr- EncMet-AP+angiogenesis inhibitor
- 1mat – EcMet-AP+Co
- 2mat, 4mat, 4u76, 4u75, 4u73, 4u71, 4u70, 4u6z, 4u6w, 4u6j, 4u6e, 4u6c, 4u69, 4u1b - EcMet-AP 1 (mutant)+Co
- 6izi - EcMet-AP 1 (mutant)+ peptide deformylase – Cryo EM
- 6j0a - EcMet-AP 1 + trigger factor – Cryo EM
- 3s6b – PfMet-AP + Fe
- 4fuk – TbMet-AP + Zn
- 6ksg, 6lh7 – VcMet-AP + Ni
- 8onx – TtMet-AP + Mn – Thermochaetoides thermophila
- Methionine aminopeptidase ternary complex
- 8bqd, 8bqx - yMet-AP 1 in ribosome – Cryo EM
- 3iu7 – MtMet-AP+Mn +A02
- 3iu8, 3iu9 - MtMet-AP+Ni + inhibitor
- 4idy, 4iec - MtMet-AP+K + hydroxyethyl disulfide
- 4if7 - MtMet-AP+K + homocysteinemethyl disulfide
- 5ypd, 5yoh, 5yoi, 5yxf – MtMet-AP (mutant) + Co + Met
- 1xng, 2bb7, 2bbv, 2evc, 2evm, 2evo, 2gu4, 2gu5, 2gu6, ,2p98 2p99, 2p9a, 2q92, 2q93, 2q94, 2q95, 2q96, 3d27, 4a6v, 4a6w, 8oxg – EcMet-AP+Mn+inhibitor
- 2gg0, 2gg2, 2gg3, 2gg5, 2gg7, 2gg8, 2gg9, 2ggb, 2ggc, 4pnc - EcMet-AP+Co+inhibitor
- 1c21, 1c22, 1c23, 1c24 - EcMet-AP +Co + methionine derivative
- 1c27 - EcMet-AP +Co +norleucine
- 1yvm – EcMet-AP (mutant)+Co+thiabendazole
- 3mat - EcMet-AP (mutant)+Co+bestatin derivative
- 8onz, 8oo0 - TtMet-AP 2 in ribosome – Cryo EM
- Human methionine aminopeptidase
- 8p2k, 9f1c, 9f1d, 9fpz, 9fq0 - hMet-AP 1 in ribosome – Cryo EM
- 8khm - hMet-AP 1
- 2b3h, 2b3k, 8knh - hMet-AP 1 + Co
- 5yr7 – hMet-AP 1 (mutant) + Co
- 2gz5, 4ikr, 4iks, 4ikt, 4iku, 4hxx, 4iu6, 6lzb, 6lzc –, hMet-AP 1 + Co + inhibitor
- 4fli, 4flj, 4flk, 4fll, 2nq6, 2nq7, 1yw7, 1yw8, 1yw9, 7a12, 7a13, 7a14, 7a15, 7a16 - hMet-AP 1 + Mn +inhibitor
- 2g6p - hMet-AP 1 truncated+Mn+inhibitor
- 5yr4, 5yr6 – hMet-AP 1 (mutant) + TNP470 + Co
- 5yr5, 5ykp – hMet-AP 1 (mutant) + ovalicin + Co
- 1boa - hMet-AP 2 +Co+ angiogenesis inhibitor
- 1kq0, 1kq9 – hMet-AP 2 + Met
- 1qzy, 1b59, 1b6a, 1bn5, 2oaz, 5d6f, 5d6e, 5cls - hMet-AP 2 +Co+inhibitor
- 2adu - hMet-AP 2 (mutant) +Co+inhibitor
- 6qed, 6qef, 6qeg, 6qei, 6qej, 6qeh- hMet-AP 2 + Zn + inhibitor
- 5lyw, 5lyx - hMet-AP 2 (mutant) + Zn + inhibitor
- 1r58, 1r5g, 1r5h, 5ji6, 5jhu, 5jfr, 5cls, 4z7m, 5jhu, 5jfr, 2ea2, 2ea4, 2ga2, 5lyw - hMet-AP 2 +Mn+inhibitor
- Arginine aminopeptidase
- 5cu5 – hArg-AP 2
- 4jbs – hArg-AP 2 + Zn + inhibitor
- 5ab2, 5ab0 – hArg-AP 2 + Zn + peptide
- 6hc6, 6hc7 – Arg-AP + Zn – Bacillus subtilis
- Aspartic acid aminopeptidase
- Asparagine aminopeptidase
- 3c17, 2zak – EcAsn-AP (mutant)
- 2zal – EcAsn-AP+Asp
- 2gez – Asn-AP – Lupinus luteus
- Serine aminopeptidase
- 1b65 – OaSer-AP – Ochrobactrum anthropi
- Cytosolic aminopeptidase
- 3pei – FtCyt-AP
- 3ij3 – Cyt-AP – Coxiella burnetii
- Endoplasmic reticulum aminopeptidase or ERAP1 or ERAP2
- 3qnf – hARTS-1
- 3rjo, 5j5e – hARTS-1 ERAP1 domain 530-941
- 2yd0 – hARTS-1 soluble domain 46-940
- 6mgq, 6q4r, 6rqx, 6ryf – hARTS-1 + phosphinic inhibitor
- 7mwb, 7mwc – hARTS-1 + peptide
- 3mdj, 6m8p, 6mgq – hARTS-1 + Zn + inhibitor
- 6t6r – hARTS-1 (mutant) + Zn + inhibitor
- 3se6, 5cu5 – hARTS-2
- 4e36 – hARTS-2 (mutant) + Zn
- 4jbs, 5k1v, 5j6s, 6ea4, 7nsk, 7nup, 7p7p, 7pfs, 7sh0, 7z28 – hARTS-2 + Zn + inhibitor
- 5ab0, 5ab2 – hARTS-2 + Zn + peptide
- Puromycin-sensitive aminopeptidase
- 8sw0 – hAP + Zn
- 8sw1 – hAP + peptide + Zn
- Non-specific aminopeptidase
- Cold-activated aminopeptidase
- 3cia – Col-AP – Colwellia psychrerythraea
- Deblocking aminopeptidase
- 2gre – DAP – Bacillus cereus
- Heat stable aminopeptidase
- 2ayi – AmpT – Thermus thermophilus
- Aminopeptidase from Staphylococcus aureus
- Stereomyces griesus aminopeptidase
- Metalloaminopeptidase
- 3q43, 3q44 – PfPFAP (mutant) + bestatin derivative
- β-peptidyl AP
- 3n2w – SxBapA – Sphingosinicella xenopeptidilytica
- 3n5i – SxBapA (mutant)
- 3n33 – SxBapA + AEBSF
- 3ndv, 3nfb – SxBapA + ampicillin
- 5tzb - AP – Burkholderia
- M1 family AP
- 3t8v – PfAP + Zn + Mg
- 4j3b – PfAP (mutant) + Zn + Mg + Arg
- 5y1w - PfLeu-AP + Zn + Mg
- 5y1x - PfLeu-AP + Zn + Mg + actinonin
- 4k5l, 4k5m, 4k5n, 4k5p, 4k5o, 5cbm - PfLeu-AP (mutant) + Zn + inhibitor
- 5xm7, 5y19, 5y1h, 5y1k, 5y1q, 5y1r, 5y1s, 5y1t, 5y1v, 5y3i, 8ex3, 8ez2, 8svl - PfLeu-AP + Zn + Mg + inhibitor
- 4zx6, 4zx5, 4zx4, 4zx5, 4zx3, 4zw8, 4zw7, 4zw6, 4zw5, 4zw3, 4zqt, 4x2u, 6ea1, 6ea2, 6eaa, 6eab, 6ee3, 6ee4, 6ee6, 6eed - PfLeu-AP (mutant) + Zn + Mg + inhibitor
- 6sbq, 6sbr, 8ewz, 8eyd, 8eye, 8eyf, 8svm, 8svo - PfAla-AP + Zn + inhibitor
- 3q43, 3q44 – PfAP (mutant) + bestatin derivative
Tripeptidyl aminotransferase see Tripeptidyl peptidase
Dipeptidyl aminotransferase see Dipeptidyl peptidase