SCOPe 2.07: Domain d1hlra8: 1hlr A:311-907

Lineage for d1hlra8 (1hlr A:311-907)

1. Root: SCOPe 2.07

2. Class d: Alpha and beta proteins (a+b) [53931] (388 folds)

3. Fold d.133: Molybdenum cofactor-binding domain [56002] (1 superfamily)
   beta(2)-alpha-beta-alpha-beta; 2 layers: a/b; mixed sheet: order 1243: crossing loops

4. Superfamily d.133.1: Molybdenum cofactor-binding domain [56003] (2 families)
   duplication: consists of 4 structural repeats arranged in 2 lobes
   contains one left-hand beta-alpha-beta unit per lobe
   automatically mapped to Pfam PF02738

5. Family d.133.1.0: automated matches [310666] (1 protein)
   not a true family

6. Protein automated matches [310841] (1 species)
   not a true protein

7. Species Desulfovibrio gigas [TaxId:879] [311147] (1 PDB entry)

8. Domain d1hlra8: 1hlr A:311-907 [302488]
   Other proteins in same PDB: d1hlra5, d1hlra6, d1hlra7
   automated match to d1dgja4
   complexed with cl, fes, ipa, mg, pcd

Details for d1hlra8

PDB Entry: 1hlr, 1.28 Å

PDB Description: structure refinement of the aldehyde oxidoreductase from desulfovibrio gigas at 1.28 a

PDB Compounds: (A:) aldehyde oxidoreductase

SCOPe Domain Sequences for d1hlra8:

Sequence; same for both SEQRES and ATOM records:

>d1hlra8 d.133.1.0 (A:311-907) automated matches {Desulfovibrio gigas [TaxId: 879]}
msgpaaaaedaieihpgtpnvyfeqpivkgedtgpifasadvtvegdfyvgrqphmpiep
dvafaymgddgkcyihsksigvhlhlymiapgvglepdqlvlvanpmggtfgykfsptse
alvavaamatgrpvhlrynyqqqqqytgkrspwemnvkfaakkdgtllamesdwlvdhgp
ysefgdlltlrgaqfigagynipnirglgrtvatnhvwgsafrgygapqsmfaseclmdm
laeklgmdplelryknayrpgdtnptgqepevfslpdmidqlrpkyqaalekaqkestat
hkkgvgisigvygsgldgpdaseawaelnadgtitvhtawedhgqgadigcvgtahealr
pmgvapekikftwpntattpnsgpsggsreqvmtgnairvacenllkacekpgggyytyd
elkaadkptkitgnwtasgathcdavtglgkpfvvymygvfmaevtvdvatgqttvdgmt
lmadlgslcnqlatdgqiygglaqgiglalsedfedikkhatlvgagfpfikqipdkldi
vyvnhprpdgpfgasgvgelpltsphaaiinaiksatgvriyrlpaypekvlealka

Timeline for d1hlra8:

• d1hlra8 first appeared in SCOPe 2.06
  
• d1hlra8 appears in the current release, SCOPe 2.08