- Coordinates
- PDB Format
- Method
- X-RAY DIFFRACTION 1.78 Å
- Oligo State
- homo-tetramer
- Ligands
- 24 x GOL: GLYCEROL(Non-functional Binders)
- 4 x SER: SERINE(Non-covalent)
SER.10: 10 residues within 4Å:- Chain A: Y.38, W.42, H.80, Y.90, W.179, D.184, R.218, Y.224, Y.377
- Ligands: GOL.4
10 PLIP interactions:10 interactions with chain A- Hydrogen bonds: A:H.80, A:Y.377, A:Y.377, A:Y.377
- Water bridges: A:Y.90, A:Y.90, A:Q.117, A:Y.224, A:Y.224
- Salt bridges: A:R.218
SER.17: 9 residues within 4Å:- Chain B: Y.38, W.42, H.80, Y.90, D.184, R.218, Y.224, Y.377
- Ligands: GOL.15
9 PLIP interactions:8 interactions with chain B, 1 Ligand-Ligand interactions- Hydrogen bonds: B:H.80, B:Y.90, B:Y.90, B:D.184, B:Y.224, B:Y.377, S.17
- Water bridges: B:Q.117
- Salt bridges: B:R.218
SER.27: 10 residues within 4Å:- Chain C: Y.38, W.42, H.80, Y.90, W.179, D.184, R.218, Y.224, Y.377
- Ligands: GOL.21
10 PLIP interactions:10 interactions with chain C- Hydrogen bonds: C:H.80, C:Y.377, C:Y.377, C:Y.377
- Water bridges: C:Y.90, C:Y.90, C:Q.117, C:Y.224, C:Y.224
- Salt bridges: C:R.218
SER.34: 9 residues within 4Å:- Chain D: Y.38, W.42, H.80, Y.90, D.184, R.218, Y.224, Y.377
- Ligands: GOL.32
9 PLIP interactions:8 interactions with chain D, 1 Ligand-Ligand interactions- Hydrogen bonds: D:H.80, D:Y.90, D:Y.90, D:D.184, D:Y.224, D:Y.377, S.34
- Water bridges: D:Q.117
- Salt bridges: D:R.218
- 6 x GLY: GLYCINE(Non-covalent)
GLY.11: 5 residues within 4Å:- Chain A: L.346, E.347, R.402, L.405, L.406
2 PLIP interactions:2 interactions with chain A- Water bridges: A:C.352, A:C.352
GLY.12: 6 residues within 4Å:- Chain A: R.340, L.343, K.344, E.347, R.402
- Chain B: D.274
6 PLIP interactions:5 interactions with chain A, 1 interactions with chain B- Hydrogen bonds: A:E.347, A:R.402
- Water bridges: A:R.340, B:D.274
- Salt bridges: A:R.340, A:R.402
GLY.13: 4 residues within 4Å:- Chain A: R.170, E.298, F.310, W.317
4 PLIP interactions:3 interactions with chain A, 1 Ligand-Ligand interactions- Hydrogen bonds: A:E.298, A:W.317, G.13
- Salt bridges: A:R.170
GLY.28: 5 residues within 4Å:- Chain C: L.346, E.347, R.402, L.405, L.406
2 PLIP interactions:2 interactions with chain C- Water bridges: C:C.352, C:C.352
GLY.29: 6 residues within 4Å:- Chain C: R.340, L.343, K.344, E.347, R.402
- Chain D: D.274
6 PLIP interactions:5 interactions with chain C, 1 interactions with chain D- Hydrogen bonds: C:E.347, C:R.402
- Water bridges: C:R.340, D:D.274
- Salt bridges: C:R.340, C:R.402
GLY.30: 4 residues within 4Å:- Chain C: R.170, E.298, F.310, W.317
4 PLIP interactions:1 Ligand-Ligand interactions, 3 interactions with chain C- Hydrogen bonds: G.30, C:E.298, C:W.317
- Salt bridges: C:R.170
- Links
- RCSB PDBe PDBe-KB PDBj PDBsum CATH PLIP
- Citation
- Cereija, T.B. et al., The structural characterization of a glucosylglycerate hydrolase provides insights into the molecular mechanism of mycobacterial recovery from nitrogen starvation. Iucrj (2019)
- Release Date
- 2018-08-08
- Peptides
- Hydrolase: ABCD
- SMTL:PDB
- SMTL Chain Id:
PDB Chain Id:A
AB
BC
AD
B
- Coordinates
- PDB Format
- Method
- X-RAY DIFFRACTION 1.78 Å
- Oligo State
- homo-tetramer
- Ligands
- 24 x GOL: GLYCEROL(Non-functional Binders)
- 4 x SER: SERINE(Non-covalent)
- 6 x GLY: GLYCINE(Non-covalent)
- Links
- RCSB PDBe PDBe-KB PDBj PDBsum CATH PLIP
- Citation
- Cereija, T.B. et al., The structural characterization of a glucosylglycerate hydrolase provides insights into the molecular mechanism of mycobacterial recovery from nitrogen starvation. Iucrj (2019)
- Release Date
- 2018-08-08
- Peptides
- Hydrolase: ABCD
- SMTL:PDB
- SMTL Chain Id:
PDB Chain Id:A
AB
BC
AD
B