Source assertion
PDBe/SIFTS maps PDB 3UYN to UniProt P07451 with chain-level identity and coverage retained.
Experimental structure
HCA 3
- PDB ID
3UYN- Experimental method
- X-ray diffraction
- Resolution
- %!f(*float64=0x73028848e60) Å
- SIFTS identifier
CAH3_HUMAN- Deposited
- 20111206
- Released / revised
- 20120201 / 20240228
Chain-level mapping
| Entity | Chain | Structural asym | Identity | Coverage | UniProt range |
|---|---|---|---|---|---|
| 1 | A | A | 98.0% | 100.0% | 1–260 |
Experimental constructs
| Entity | Chains / asym IDs | Molecule | Length | Mutation flag | Preparation |
|---|---|---|---|---|---|
| 1 | A / A | Carbonic anhydrase 3polypeptide(L) | 260 residues | V31I, R67H, C182S, C188S | Genetically manipulated |
Reading this structure
This is an experimentally determined structure, not a predicted model. A co-crystallised ligand, if any, does not by itself show binding affinity. The structure says nothing about kinetics, pathway rate or metabolic flux.
Snapshot provenance
Each row is a source snapshot this record was built from: when it was retrieved, its path and SHA-256 digest, and the exact request. The snapshot files stay with the build and are not served here. These rows document this record; they are not general citations.
| Retrieved | Snapshot | SHA-256 | Upstream request |
|---|---|---|---|
| 2026-07-14T09:21:32Z | raw/uniprot/entries/P07451.json | cf4d0cf96a6252efc608b8ee5c8b35b502dffa8996e6dbb74c6fa4b67ce3394f | Open exact source |
| 2026-07-14T09:21:50Z | raw/pdbe/mappings/3uyn.json | 4074c39f7ad68a10f3d04bd0a54f4003e135ac714b2722e9644a7dd3f3a60379 | Open exact source |
| 2026-07-14T09:22:14Z | raw/pdbe/summary/chunk-02.json | 79ac3fb4e9e30c8c858b4d8ed8bbe6f85e8e0d0e3630627a999691f40a3d330d | Open exact source |
| 2026-07-14T09:22:14Z | raw/pdbe/experiment/chunk-02.json | e42f681713cd9cdce851cc48738b3c6e0f0c075d0006a640c484bcab84561898 | Open exact source |
| 2026-07-14T09:22:15Z | raw/pdbe/molecules/chunk-02.json | 27833f4d4cb9a9bfcb110f6e551fe2a5ccef01ccea4dda947132af6c51bd66e6 | Open exact source |