2VJX | A:331-678; B:331-678 | STRUCTURAL AND BIOCHEMICAL EVIDENCE FOR A BOAT-LIKE TRANSITION STATE IN BETA-MANNOSIDASES |
2VL4 | A:331-678; B:331-678 | STRUCTURAL AND BIOCHEMICAL EVIDENCE FOR A BOAT-LIKE TRANSITION STATE IN BETA-MANNOSIDASES |
2VMF | A:331-678; B:331-678 | STRUCTURAL AND BIOCHEMICAL EVIDENCE FOR A BOAT-LIKE TRANSITION STATE IN BETA-MANNOSIDASES |
2VO5 | A:331-678; B:331-678 | STRUCTURAL AND BIOCHEMICAL EVIDENCE FOR A BOAT-LIKE TRANSITION STATE IN BETA-MANNOSIDASES |
2VOT | A:331-678; B:331-678 | STRUCTURAL AND BIOCHEMICAL EVIDENCE FOR A BOAT-LIKE TRANSITION STATE IN BETA-MANNOSIDASES |
2VR4 | A:331-678; B:331-678 | TRANSITION-STATE MIMICRY IN MANNOSIDE HYDROLYSIS: CHARACTERISATION OF TWENTY SIX INHIBITORS AND INSIGHT INTO BINDING FROM LINEAR FREE ENERGY RELATIONSHIPS AND 3-D STRUCTURE |
2WBK | A:331-678; B:331-678 | STRUCTURE OF THE MICHAELIS COMPLEX OF BETA-MANNOSIDASE, MAN2A, PROVIDES INSIGHT INTO THE CONFORMATIONAL ITINERARY OF MANNOSIDE HYDROLYSIS |