SMTL ID : 1d8c.1

MALATE SYNTHASE G COMPLEXED WITH MAGNESIUM AND GLYOXYLATE

Coordinates

PDB Format

Method

X-RAY DIFFRACTION 2.00 Å

Oligo State

monomer

Ligands

1 x SOR: sorbitol(Non-covalent)

SOR.1: 7 residues within 4Å: Chain A: Q.61, H.462, V.701, K.702, Q.703, P.704, N.705 6 PLIP interactions: 6 interactions with chain A Hydrogen bonds: A:H.462, A:V.701, A:Q.703, A:N.705 Water bridges: A:R.57, A:N.705

1 x MG: MAGNESIUM ION(Non-covalent)

MG.2: 4 residues within 4Å: Chain A: R.338, E.427, D.455 Ligands: GLV.8 4 PLIP interactions: 2 interactions with chain A, 2 Ligand-Water interactions Metal complexes: A:E.427, A:D.455, H2O.1, H2O.1

5 x SO4: SULFATE ION(Non-functional Binders)

SO4.3: 3 residues within 4Å: Chain A: G.246, R.247, N.257 2 PLIP interactions: 2 interactions with chain A Hydrogen bonds: A:R.247, A:N.257 SO4.4: 3 residues within 4Å: Chain A: L.494, R.499, A.561 1 PLIP interactions: 1 interactions with chain A Salt bridges: A:R.499 SO4.5: 3 residues within 4Å: Chain A: S.588, A.589, Q.590 2 PLIP interactions: 2 interactions with chain A Hydrogen bonds: A:A.589, A:Q.590 SO4.6: 3 residues within 4Å: Chain A: Q.241, I.260, R.317 2 PLIP interactions: 2 interactions with chain A Hydrogen bonds: A:Q.241 Salt bridges: A:R.317 SO4.7: 3 residues within 4Å: Chain A: K.691, W.715, R.718 2 PLIP interactions: 2 interactions with chain A Salt bridges: A:K.691, A:R.718

1 x GLV: GLYOXYLIC ACID(Non-covalent)

GLV.8: 10 residues within 4Å: Chain A: R.338, M.425, E.427, G.452, F.453, L.454, D.455, W.534, A.633 Ligands: MG.2 6 PLIP interactions: 6 interactions with chain A Hydrogen bonds: A:R.338, A:E.427, A:L.454, A:D.455 Water bridges: A:R.338, A:K.392

Links

RCSB   PDBe   PDBe-KB   PDBj   PDBsum   CATH   PLIP

Citation

Howard, B.R. et al., Crystal structure of Escherichia coli malate synthase G complexed with magnesium and glyoxylate at 2.0 A resolution: mechanistic implications. Biochemistry (2000)

Release Date

1999-11-10

Peptides

MALATE SYNTHASE G: A

SMTL:PDB

SMTL Chain Id:
PDB Chain Id:

A
A

MALATE SYNTHASE G

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