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DraconiticBiochemistryBiomolecules · Catabolism · Biosynthesis · Metabolism
Data

CA2 · ChEMBL activity 2259064

Ki source measurement: = 1.27 uM. No cross-assay comparison is prequalified.

Assay activity2259064In this release

Source assertion

ChEMBL direct single-protein activity record with source-reported and source-standardized lexical values preserved.
Evidence ID
ACTIVITY:ChEMBL_37:2259064
Subject dossier
ca2
Source chain
uniprot + chembl
Upstream record
2259064
Corpus snapshot
2026-07-14T09:23:31Z
Admission status
In this release

Lossless activity measurement

Source-reported value
= 1.27 uM
Source-standardized value
= 1270.0 nM
Reported endpoint
Ki
Standardized endpoint
Ki
Reported upper bound
not reported by the source
Reported text value
not reported by the source
Standardization flag
1
pChEMBL from source
5.90

Reported and source-standardized fields are displayed separately and retain their exact lexical values. The standardized field does not overwrite the upstream report.

Not comparable with other recordsCONDITION_MISSING

No cross-assay comparison is authorized by this record. Evaluate target, construct, endpoint, relation, units, assay format, conditions, and exact molecular form first.

Assay and target

ChEMBL activity
2259064
Target
CHEMBL205, SINGLE PROTEIN
Assay
CHEMBL1002075, Binding (B)
BAO format
BAO_0000357, single protein format
BAO endpoint
BAO_0000192
Target confidence
9, Direct single protein target assigned
Source quality flags
potential_duplicate=0; data_validity_comment=not reported by the source
Upstream assay description

Inhibition of human carbonic anhydrase 2 esterase activity by uncompetitive Lineweaver-Burke plot

Compound identity

Molecule
CHEMBL1375, 5-CHLOROSALICYLIC ACID
Parent form
CHEMBL1375; is_parent_form=true
Molecule type
Small molecule
Chirality source code
-1
Standard InChIKey
NKBASRXWGAGQDP-UHFFFAOYSA-N
Canonical SMILES
O=C(O)c1cc(Cl)ccc1O
Standard InChI
InChI=1S/C7H5ClO3/c8-4-1-2-6(9)5(3-4)7(10)11/h1-3,9H,(H,10,11)

Document

In vitro inhibition of salicylic acid derivatives on human cytosolic carbonic anhydrase isozymes I and II.

Bayram E, Senturk M, Kufrevioglu OI, Supuran CT.

ChEMBL document
CHEMBL1152236
Journal / year
Bioorg Med Chem, 2008
PubMed
18819808

Comparison state

Prequalified
No — pairwise evaluation is still required
Protein identity
P00918, taxon 9606
Variant / construct
not reported by the source / not reported by the source
Conditions
pH not reported by the source; temperature not reported by the source °C; substrate not reported by the source; buffer not reported by the source

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.

RetrievedSnapshotSHA-256Upstream request
2026-07-14T09:21:31Zraw/uniprot/entries/P00918.jsoned44906dd1b976f4c8b0399e9e3a7a4af09b673c035a201e218a4880821c1179Open exact source
2026-07-14T09:22:21Zraw/chembl/targets/CHEMBL205.jsona72211a98500a9ee255af420c327df455642440f828570896f227f637ac4d991Open exact source
2026-07-14T09:22:24Zraw/chembl/direct-assays/CHEMBL205.jsond77687649ad2c1120e6590de641bdef7dd078d9d00a04b12d1196c7031cceb65Open exact source
2026-07-14T09:22:50Zraw/chembl/assay-activities/CHEMBL1002075.jsonb31c9e09c5791a8baa6ba2f9bdc648a3088a4f15ab9f9e78254b8d3ac030d41dOpen exact source
2026-07-14T09:23:18Zraw/chembl/activities/2259064.jsonddd8b2d02aa71d007b5ba142fce920f52098e720a433c2705e6f09bc9524e949Open exact source
2026-07-14T09:23:16Zraw/chembl/assays/CHEMBL1002075.jsoncae69b809ff44c420848f35a7032cc297bbd8b51627a6d7c5cfd10cf0d65389bOpen exact source
2026-07-14T09:23:16Zraw/chembl/molecules/CHEMBL1375.json0530dd35177199b1cd6a0a5296ab07af7fcde7ad7cc296556370268de87a2c44Open exact source
2026-07-14T09:23:15Zraw/chembl/documents/CHEMBL1152236.jsonfb726436f5f7c23d80784a02dc4a3b2bdd6e1e37f48047bb8a0155fbc4250001Open exact source