| 1MUW | A: | THE 0.86 ANGSTROM STRUCTURE OF XYLOSE ISOMERASE |
| 1S5M | A: | XYLOSE ISOMERASE IN SUBSTRATE AND INHIBITOR MICHAELIS STATES: ATOMIC RESOLUTION STUDIES OF A METAL-MEDIATED HYDRIDE SHIFT |
| 1S5N | A: | XYLOSE ISOMERASE IN SUBSTRATE AND INHIBITOR MICHAELIS STATES: ATOMIC RESOLUTION STUDIES OF A METAL-MEDIATED HYDRIDE SHIFT |
| 1XYA | A:; B: | X-RAY CRYSTALLOGRAPHIC STRUCTURES OF D-XYLOSE ISOMERASE-SUBSTRATE COMPLEXES POSITION THE SUBSTRATE AND PROVIDE EVIDENCE FOR METAL MOVEMENT DURING CATALYSIS |
| 1XYB | A:; B: | X-RAY CRYSTALLOGRAPHIC STRUCTURES OF D-XYLOSE ISOMERASE-SUBSTRATE COMPLEXES POSITION THE SUBSTRATE AND PROVIDE EVIDENCE FOR METAL MOVEMENT DURING CATALYSIS |
| 1XYC | A:; B: | X-RAY CRYSTALLOGRAPHIC STRUCTURES OF D-XYLOSE ISOMERASE-SUBSTRATE COMPLEXES POSITION THE SUBSTRATE AND PROVIDE EVIDENCE FOR METAL MOVEMENT DURING CATALYSIS |
| 1XYL | A:; B: | THE ROLE OF THE DIVALENT METAL ION IN SUGAR BINDING, RING OPENING, AND ISOMERIZATION BY D-XYLOSE ISOMERASE: REPLACEMENT OF A CATALYTIC METAL BY AN AMINO-ACID |
| 1XYM | A:; B: | THE ROLE OF THE DIVALENT METAL ION IN SUGAR BINDING, RING OPENING, AND ISOMERIZATION BY D-XYLOSE ISOMERASE: REPLACEMENT OF A CATALYTIC METAL BY AN AMINO-ACID |
| 2GYI | A:; B: | DESIGN, SYNTHESIS, AND CHARACTERIZATION OF A POTENT XYLOSE ISOMERASE INHIBITOR, D-THREONOHYDROXAMIC ACID, AND HIGH-RESOLUTION X-RAY CRYSTALLOGRAPHIC STRUCTURE OF THE ENZYME-INHIBITOR COMPLEX |
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