Rubredoxin: Difference between revisions
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<scene name='90/909991/Rubredoxin_2/1'>At 1.6 angstroms</scene>, a neutron diffraction study has been carried out on a mutant rubredoxin from Pyrococcus furiosus. Three residues in this Pyrococcus furiosus mutation were changed (Trp3 → Tyr3, Ile23 → Val23, Leu32 → Ile32). There were also some changes that were found between the wild-type and mutant proteins in the Trp3/Tyr3 region. The N-H amide bonds of the protein backbone are important because they could contain information about the mechanism of unfolding of this small protein. The 1.6 A resolution of this neutron structure reveals some orders of the water structure such as the ordered and disordered O-D bonds. The total structure weight is 5.92 kDa with an atom count of 446. There is one unique protein chain and a deposited residue count of 51. | <scene name='90/909991/Rubredoxin_2/1'>At 1.6 angstroms</scene>, a neutron diffraction study has been carried out on a mutant rubredoxin from Pyrococcus furiosus. Three residues in this Pyrococcus furiosus mutation were changed (Trp3 → Tyr3, Ile23 → Val23, Leu32 → Ile32). There were also some changes that were found between the wild-type and mutant proteins in the Trp3/Tyr3 region. The N-H amide bonds of the protein backbone are important because they could contain information about the mechanism of unfolding of this small protein. The 1.6 A resolution of this neutron structure reveals some orders of the water structure such as the ordered and disordered O-D bonds. The total structure weight is 5.92 kDa with an atom count of 446. There is one unique protein chain and a deposited residue count of 51. | ||
==Rubredoxin 3D | ==Rubredoxin 3D structures== | ||
[[Rubredoxin 3D structures]] | [[Rubredoxin 3D structures]] | ||
</StructureSection> | </StructureSection> | ||