Search

NMR structure of the apo-form of Pseudomonas fluorescens CopC
Authors
Persson, K.C., Mayzel, M., Karlsson, B.G., Peciulyte, A., Olsson, L., Wittung Stafshede, P., Salomon Johansen, K., Horvath, I.
Assembly
Putative copper resistance protein
Entity
1. Putative copper resistance protein (polymer, Thiol state: not present), 97 monomers, 10097.18 Da Detail

HAHLKSATPA ADSTVAAPAD LRLTFSEGVE ATFTKVSLSK DGTEVAIKGL ETPDADKKTL VVTPAAPLAA GNYKVVWNAV SVDTHKSNGE YSFKVGQ


Formula weight
10097.18 Da
Source organism
Pseudomonas fluorescens
Exptl. method
solution NMR
Refine. method
molecular dynamics
Data set
assigned_chemical_shifts, spectral_peak_list
Chem. Shift Complete
Sequence coverage: 100.0 %, Completeness: 92.4 %, Completeness (bb): 98.8 % Detail

Polymer type: polypeptide(L)

Total1H13C15N
All92.4 % (969 of 1049)90.0 % (478 of 531)95.2 % (400 of 420)92.9 % (91 of 98)
Backbone98.8 % (565 of 572)98.5 % (192 of 195)99.3 % (283 of 285)97.8 % (90 of 92)
Sidechain87.1 % (495 of 568)85.1 % (286 of 336)92.0 % (208 of 226)16.7 % (1 of 6)
Aromatic85.7 % (60 of 70)85.7 % (30 of 35)85.3 % (29 of 34)100.0 % (1 of 1)
Methyl93.7 % (118 of 126)93.7 % (59 of 63)93.7 % (59 of 63)

1. entity 1

HAHLKSATPA ADSTVAAPAD LRLTFSEGVE ATFTKVSLSK DGTEVAIKGL ETPDADKKTL VVTPAAPLAA GNYKVVWNAV SVDTHKSNGE YSFKVGQ

Sample

Solvent system 90% H2O/10% D2O, Pressure 1 bar, Temperature 298 K, pH 5.6, Details 0.7 mM [U-100% 13C; U-100% 15N] CopC, 90% H2O/10% D2O


#NameIsotope labelingTypeConcentration
1CopC[U-100% 13C; U-100% 15N]0.7 mM

Protein Blocks Logo
Calculated from 20 models in PDB: 6TPB, Strand ID: A Detail


Release date
2020-07-13
Citation
NMR structure of Pseudomonas fluorescens CopC
Persson, K.C., Mayzel, M., Karlsson, B.G., Peciulyte, A., Olsson, L., Wittung Stafshede, P., Salomon Johansen, K., Horvath, I.
Related entities 1. Putative copper resistance protein, : 1 : 1 : 2 : 22 entities Detail
Experiments performed 14 experiments Detail
Chemical shift validation 3 contents Detail
Keywords CHAPERONE, Copper binding, histidine brace, periplasmic