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Structures
Coordinates and information about structures published from our laboratory, organized by year and paper in which they were reported:
2007
Mishra, PM, M. Wall, M. Socolich, J. Graves, ZF Wang, and R. Ranganathan (2007). Dynamic scaffolding in a G Protein coupled signaling system. Cell, 131:80-92 .
PDF, Supporting Information
Description |
Method (res) |
PDB code |
| InaD PDZ5, oxized state (0 DTT) |
xray (2.05 A) |
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| InaD PDZ5, oxidized and reduced states (10 mM DTT) |
xray (2.2 A) |
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| InaD PDZ5, C645S mutant (0 DTT) |
xray (1.55 A) |
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Ferguson, A.D., C.A. Amezcua, N.M. Halabi, Y. Chelliah, M.K. Rosen, R. Ranganathan, J. Deisenhofer (2007). Signal Transduction Pathway of TonB-dependent Transporters. PNAS, 104: 513-518. PDF
Description |
Method |
PDB code |
| PupA periplasmic signaling domain |
NMR |
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| FecA periplasmic signaling domain |
NMR |
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2005
Socolich, M., S.W. Lockless, H.L. Lee, K. Gardner, and R. Ranganathan (2005). Evolutionary Information for Specifying a Protein Fold. Nature, 437: 512-518., PDF, SI,
Description |
Method |
PDB code |
| Structure of CC45, a synthetic WW domain |
NMR |
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2004
Jain, R.K., and R. Ranganathan (2003). Local Complexity of Amino-acid Interactions in a Protein Core. PNAS, 101(1): 111-116. PDF
Description |
Method (res) |
PDB code |
| wild-type EGFP (S65T Q80R), pH 8.5 |
xray (1.45 A) |
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| wild-type EGFP (S65T Q80R), pH 5.5 |
xray (1.48 A) |
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| T203C EGFP (S65T Q80R), pH 8.5 |
xray (1.55 A) |
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| T203C EGFP (S65T Q80R), pH 5.5 |
xray (1.58 A) |
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| Y145C EGFP (S65T Q80R), pH 8.5 |
xray (1.38 A) |
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| Y145C,T203C EGFP (S65T Q80R), pH 8.5 |
xray (1.6 A) |
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2000
Wall, M.A., M. Socolich, and R. Ranganathan (2000). The Structural Basis for Red Fluorescence in dsRED, a Tetrameric Green Fluorescent Protein Homolog. Nature Structural Biology, 7: 1133-1138. PDF
Description |
Method (res) |
PDB code |
| DsRED, the red fluorescent protein from Discosoma sp. |
xray (1.9 A) |
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1997
Ranganathan, R., K.P. Lu, T. Hunter, and J.P. Noel (1997). Structural and Functional Analysis of the Mitotic Rotamase Pin1 Suggests Substrate Recognition is Phosphorylation Dependent. Cell, 89: 875-886. PDF
Description |
Method (res) |
PDB code |
| Pin1 peptidyl-prolyl cis-trans isomerase (H. sapiens) |
xray (1.35 A) |
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