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Low resolution, molecular envelope structure of type I collagen in situ determined by fiber diffraction. Single type I collagen molecule, post rigid body refinement, 'relaxed'[STRUCTURAL PROTEIN, CONT...
View in iCn3D PubMedProteinsConserved Domains
Low resolution, molecular envelope structure of type I collagen in situ determined by fiber diffraction. Single type I collagen molecule, rigid body refinement[STRUCTURAL PROTEIN, CONTRACTILE PROTEIN]
The Crystal Structure of Ca+-bound Human S100P Determined at 2.0A Resolution by X-ray[METAL BINDING PROTEIN]
View in iCn3D Similar StructuresPubMedProteinsConserved DomainsPubChem Compound
X-ray structure of bovine SC0322,Ca(2+)-S100B[METAL BINDING PROTEIN]
X-ray structure of bovine SC0067,Ca(2+)-S100B[METAL BINDING PROTEIN]
X-ray structure of bovine TRTK12-Ca(2+)-S100B[METAL BINDING PROTEIN]
1.5 angstrom X-ray structure of bovine Ca(2+)-S100B[METAL BINDING PROTEIN]
X-ray structure of bovine SBi523,Ca(2+)-S100B[METAL BINDING PROTEIN]
X-ray structure of bovine SBi279,Ca(2+)-S100B[METAL BINDING PROTEIN]
X-ray structure of bovine SBi132,Ca(2+)-S100B[METAL BINDING PROTEIN]
X-ray structure of bovine Pnt,Ca(2+)-S100B[METAL BINDING PROTEIN]
X-ray structure of bovine Pnt-Zn(2+),Ca(2+)-S100B[METAL BINDING PROTEIN]
X-ray structure of bovine Zn(2+),Ca(2+)-S100B[METAL BINDING PROTEIN]
S100B (S100BETA) NMR DATA WAS COLLECTED FROM A SAMPLE OF CALCIUM FREE PROTEIN AT PH 6.3 AND A TEMPERATURE OF 311 K AND 1.7-6.9 MM CONCENTRATION, 25 STRUCTURES[CALCIUM-BINDING PROTEIN]
View in iCn3D Similar StructuresPubMedProteinsConserved Domains
Structural changes induced in apo-s100a1 protein by the disulphide formation between its CYS85 residue and b-mercaptoethanol[METAL BINDING PROTEIN]
Crystal structure of human S100B in complex with S45[METAL BINDING PROTEIN]
Crystal Structure of S100B in the Calcium and Zinc Loaded State at pH 10.0[METAL BINDING PROTEIN]
Crystal Structure of S100B in the Calcium and Zinc Loaded State at pH 6.5[METAL BINDING PROTEIN]
Crystal Structure of S100B in the Calcium and Zinc Loaded State at pH 9[METAL BINDING PROTEIN]
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