Rusticyanin: Extremes in acid stability and redox potential explained by the crystal structure.
Multiple Wavelength Anomalous Diffraction (MAD) Crystal Structure of Rusticyanin: A Highly Oxidizing Cupredoxin with Extreme Acid Stability
NMR Solution Structure of Cu(I) Rusticyanin from Thiobacillus Ferrooxidans: Structural Basis for the Extreme Acid Stability and Redox Potential
Crystallization and Preliminary X-Ray Crystallographic Studies of Rusticyanin from Thiobacillus Ferrooxidans
GTLDSTWKEATLPQVKAMLEKDDGKVSGDTVTYSGKTVHVVAAAVLPGFPFPSFEVHDKKNPTLEIPAGATVDVTFINTN KGFGHSFDITKKGPPYAVMPVIDPIVAGTGFSPVPKDGKFGYTDFTWHPTAGTYYYVCQIPGHAATGMFGKIVVK
VAPOR DIFFUSION IN HANGING DROPS AGAINST 100 MM-SODIUM CITRATE, PH 4.6, 200 MM LITHIUM CHLORIDE AND 25%(W/V) PEG 8000 AT 277K. CRYSTALS SOAKED IN 10MM DITHIONITE FOR 3 DAYS PRIOR TO DATA COLLECTION., vapor diffusion - hanging drop
PHASES TAKEN FROM THE OXIDIZED FORM, PDB ENTRY 1RCY
CUPREDOXIN, METALLOPROTEIN, REDOX POTENTIAL, ACIDOPHILIC, ELECTRON TRANSPORT
MYTQNTMKKNWYVTVGAAAALAATVGMGTAMAGTLDSTWKEATLPQVKAMLEKDTGKVSGDTVTYSGKTVHVVAAAVLPG FPFPSFEVHDKKNPTLEIPAGATVDVTFINTNKGFGHSFDITKKGPPYAVMPVIDPIVAGTGFSPVPKDGKFGYTDFTWH PTAGTYYYVCQIPGHAATGMFGKIIVK