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De Novo Design of Covalently Constrained Meso-size Protein Scaffolds with Unique Tertiary Structures
Authors
Wu, H., Wu, Y.
Assembly
38-mer peptide
Entity
1. 38-mer peptide (polymer), 38 monomers, 4054.402 Da Detail

SPEERAQLLT AAEKADELGC PEERAQLLTA AEKADELG


Formula weight
4054.402 Da
Source organism
synthetic construct
Exptl. method
solution NMR
Refine. method
simulated annealing
Data set
assigned_chemical_shifts
Chem. Shift Complete
Sequence coverage: 100.0 %, Completeness: 62.8 %, Completeness (bb): 69.1 % Detail

Polymer type: polypeptide(L)

Total1H13C
All62.8 % (231 of 368)78.8 % (167 of 212)41.0 % (64 of 156)
Backbone69.1 % (130 of 188)96.1 % (73 of 76)50.9 % (57 of 112)
Sidechain60.6 % (131 of 216)69.1 % (94 of 136)46.3 % (37 of 80)
Methyl52.3 % (23 of 44)59.1 % (13 of 22)45.5 % (10 of 22)

1. entity 1

SPEERAQLLT AAEKADELGC PEERAQLLTA AEKADELG

Sample

Solvent system 95% H2O/5% D2O, Pressure 1 atm, Temperature 298 (±0.5) K, pH 4.0, Details 0.7 mM non-labeled 1, 95% H2O/5% D2O


#NameIsotope labelingTypeConcentration
1entity_1natural abundance0.7 (±0.05) mM

Protein Blocks Logo
Calculated from 20 models in PDB: 5WOD, Strand ID: A Detail


Release date
2017-09-26
Citation
De novo design of covalently constrained mesosize protein scaffolds with unique tertiary structures
Dang, B., Wu, H., Mulligan, V.K., Mravic, M., Wu, Y., Lemmin, T., Ford, A., Silva, D.A., Baker, D., DeGrado, W.F.
Proc. Natl. Acad. Sci. U. S. A. (2017), 114, 10852-10857, PubMed 28973862 , DOI 10.1073/pnas.1710695114 ,
Entries sharing articles BMRB: 2 entries Detail
  BMRB: 30319 released on 2017-09-26
    Title De Novo Design of Covalently Constrained Meso-size Protein Scaffolds with Unique Tertiary Structures
  BMRB: 30267 released on 2017-06-19
    Title De Novo Design of Novel Covalent Constrained Meso-size Peptide Scaffolds with Unique Tertiary Structures
Related entities 1. 38-mer peptide, : 4 entities Detail
Experiments performed 3 experiments Detail
NMR combined restraints 4 contents Detail
Keywords Covalent constrained peptide, DE NOVO PROTEIN, De Novo design