| 1KG2 | A:21-132 | CRYSTAL STRUCTURE OF THE CORE FRAGMENT OF MUTY FROM E.COLI AT 1.2A RESOLUTION |
| 1KG3 | A:21-132 | CRYSTAL STRUCTURE OF THE CORE FRAGMENT OF MUTY FROM E.COLI AT 1.55A RESOLUTION |
| 1KG4 | A:21-132 | CRYSTAL STRUCTURE OF THE K142A MUTANT OF E. COLI MUTY (CORE FRAGMENT) |
| 1KG5 | A:21-132 | CRYSTAL STRUCTURE OF THE K142Q MUTANT OF E.COLI MUTY (CORE FRAGMENT) |
| 1KG6 | A:21-132 | CRYSTAL STRUCTURE OF THE K142R MUTANT OF E.COLI MUTY (CORE FRAGMENT) |
| 1KG7 | A:21-132 | CRYSTAL STRUCTURE OF THE E161A MUTANT OF E.COLI MUTY (CORE FRAGMENT) |
| 1KQJ | A:21-132 | CRYSTAL STRUCTURE OF A MUTANT OF MUTY CATALYTIC DOMAIN |
| 1MPG | A:113-230; B:113-230 | 3-METHYLADENINE DNA GLYCOSYLASE II FROM ESCHERICHIA COLI |
| 1P7M | A:1-187 | SOLUTION STRUCTURE AND BASE PERTURBATION STUDIES REVEAL A NOVEL MODE OF ALKYLATED BASE RECOGNITION BY 3-METHYLADENINE DNA GLYCOSYLASE I |
| 1PVS | A:113-230; B:113-230 | 3-METHYLADENINE GLCOSYLASE II(ALKA) HYPOXANTHINE COMPLEX |
| 3D4V | A:113-230; B:113-230; C:113-230; D:113-230 | CRYSTAL STRUCTURE OF AN ALKA HOST/GUEST COMPLEX N7METHYLGUANINE:CYTOSINE BASE PAIR |
)
)