5I3T
Native Structure of the Linalool Dehydratase-Isomerase from Castellaniella defragrans
Functional Information from PDB Data
| site_id | AC1 |
| Number of Residues | 1 |
| Details | binding site for residue BU2 A 501 |
| Chain | Residue |
| A | TYR269 |
| site_id | AC2 |
| Number of Residues | 1 |
| Details | binding site for residue K A 503 |
| Chain | Residue |
| A | CYS209 |
| site_id | AC3 |
| Number of Residues | 1 |
| Details | binding site for residue CL B 501 |
| Chain | Residue |
| B | HOH703 |
| site_id | AC4 |
| Number of Residues | 1 |
| Details | binding site for residue K B 502 |
| Chain | Residue |
| B | CYS209 |
| site_id | AC5 |
| Number of Residues | 1 |
| Details | binding site for residue CL C 501 |
| Chain | Residue |
| C | HOH694 |
| site_id | AC6 |
| Number of Residues | 4 |
| Details | binding site for residue BU2 D 501 |
| Chain | Residue |
| D | TYR95 |
| D | TYR269 |
| D | TRP273 |
| D | LEU371 |
| site_id | AC7 |
| Number of Residues | 1 |
| Details | binding site for residue CL D 502 |
| Chain | Residue |
| D | HOH695 |
| site_id | AC8 |
| Number of Residues | 5 |
| Details | binding site for residue CL D 503 |
| Chain | Residue |
| D | ARG37 |
| D | LEU38 |
| D | ALA39 |
| D | TYR44 |
| D | GLU350 |
| site_id | AC9 |
| Number of Residues | 1 |
| Details | binding site for residue K D 504 |
| Chain | Residue |
| D | CYS209 |
| site_id | AD1 |
| Number of Residues | 3 |
| Details | binding site for residue BU2 E 501 |
| Chain | Residue |
| B | LEU370 |
| E | ASP68 |
| E | PHE69 |
| site_id | AD2 |
| Number of Residues | 1 |
| Details | binding site for residue CL E 502 |
| Chain | Residue |
| E | HOH695 |
| site_id | AD3 |
| Number of Residues | 1 |
| Details | binding site for residue K E 503 |
| Chain | Residue |
| E | CYS209 |
Functional Information from SwissProt/UniProt
| site_id | SWS_FT_FI1 |
| Number of Residues | 5 |
| Details | Active site: {"description":"Proton donor/acceptor","evidences":[{"source":"Reference","evidenceCode":"ECO:0000305","citation":{"citationType":"journal article","publicationDate":"2020","firstPage":"0","lastPage":"0","volume":"0","journal":"ACS Catal.","title":"Mutational analysis of linalool dehydratase isomerase suggests that alcohol and alkene transformations are catalyzed using noncovalent mechanisms.","authors":["Cuetos A.","Iglesias-Fernandez J.","Danesh-Azari H.R.","Zukic E.","Dowle A.","Osuna S.","Grogan G."],"citationCrossReferences":[{"database":"DOI","id":"10.1021/acscatal.0c02958"}]}}]} |
| Chain | Residue | Details |
| site_id | SWS_FT_FI2 |
| Number of Residues | 5 |
| Details | Binding site: {"evidences":[{"source":"PubMed","id":"27062179","evidenceCode":"ECO:0000269"},{"source":"PDB","id":"5HSS","evidenceCode":"ECO:0007744"}]} |
| Chain | Residue | Details |
