ChemGrid

CHEMGRID MOLECULE CARD

DICLOFENAC SODIUM

DICLOFENAC SODIUM in ChemGrid: 205 screened assays, 13 with significant responses. Explore chemical identifiers, strain activity and target evidence.

SPE01500237

Explore activity & SONAR
Chemical structure of DICLOFENAC SODIUM
Stored molecular structure
205Screened assays
13Significant assay responses
20Source-labelled target records

Identity and chemistry

ChemGrid identifier
SPE01500237
Molecular formula
C14Cl2H10NNaO2
CAS registry number
15307-79-6
InChIKey
KPHWPUGNDIVLNH-UHFFFAOYSA-M
Libraries
Spectrum, SPECMTS3, Spectrum_ED
Other recorded names
Diclofenac sodium
Stored SMILES[Na+].[O-]C(=O)Cc1ccccc1Nc1c(Cl)cccc1Cl

Matched external records: PubChem 5018304

Chemical identifiers and library names are reproduced from ChemGrid records. Missing values are omitted.

Measured chemical–genetic activity

205 measurements across 205 distinct library–species–strain assays; 13 assays have at least one significant response (|Z| ≥ 4, p ≤ 0.001, excluding flagged outliers).

Responses are indirect screening phenotypes. They do not establish that a strain gene is a direct molecular target. Strains and timepoints are retained as recorded; these counts are not counts of unique ORFs.

Up to 12 strongest recorded single-strain responses by absolute Z-score
StrainLibrarySpecies identifierZ-score
pdr_yCG196Spectrum_ED4932-10.31
mdh1Spectrum4932-6.05
YKL085WSpectrum4932-6.05
BY4743Spectrum_ED4932-6.05
ypt6SPECMTS34932-5.61
cla4Spectrum4932-5.44
nup100Spectrum4932-5.42
BY4741-3rdSpectrum_ED4932-5.10
rgp1SPECMTS34932-4.80
bmi1Spectrum4932-4.70
BY4741-2ndSpectrum_ED4932-4.69
kar3Spectrum4932-4.08

Spectrum compound-combination identifiers are excluded from this short table. The interactive profile retains the full measurements.

Recorded target evidence and yeast matches

Source annotations are shown separately from SONAR hypotheses. Evidence type and identity matching can vary; consult the linked source and interactive evidence panel.

TargetSourceYeast ORF / orthologue
AKR1C3 · Aldo-keto reductase family 1 member C3ChEMBLAAD3 YCR107W (ortholog_many2many); YDL124W (ortholog_many2many); AAD4 YDL243C (ortholog_many2many); YPR1 YDR368W (ortholog_many2many); AAD10 YJR155W (ortholog_many2many); YMR041C (ortholog_many2many); AAD14 YNL331C (ortholog_many2many); AAD15 YOL165C (ortholog_many2many); GCY1 YOR120W (ortholog_many2many)
BLM · RecQ-like DNA helicase BLMChEMBLSGS1 YMR190C (ortholog_one2one)
CYP2C9 · Cytochrome P450 2C9ChEMBLNo stored yeast mapping
EHMT2 · Histone-lysine N-methyltransferase EHMT2ChEMBLSET2 YJL168C (ortholog_many2many)
MPHOSPH8 · M-phase phosphoprotein 8ChEMBLNo stored yeast mapping
nfo · Endonuclease 4ChEMBLNo stored yeast mapping
PTGS1 · Prostaglandin G/H synthase 1ChEMBLNo stored yeast mapping
PTGS2 · Prostaglandin G/H synthase 2ChEMBLNo stored yeast mapping
SNCA · Alpha-synucleinChEMBLNo stored yeast mapping
TARDBP · TAR DNA-binding protein 43ChEMBLPIN4 YBL051C (ortholog_many2many)
AKR1C3 · Aldo-keto reductase family 1 member C3ChEMBL analogueAAD3 YCR107W (ortholog_many2many); YDL124W (ortholog_many2many); AAD4 YDL243C (ortholog_many2many); YPR1 YDR368W (ortholog_many2many); AAD10 YJR155W (ortholog_many2many); YMR041C (ortholog_many2many); AAD14 YNL331C (ortholog_many2many); AAD15 YOL165C (ortholog_many2many); GCY1 YOR120W (ortholog_many2many)
BLM · RecQ-like DNA helicase BLMChEMBL analogueSGS1 YMR190C (ortholog_one2one)
CYP2C9 · Cytochrome P450 2C9ChEMBL analogueNo stored yeast mapping
EHMT2 · Histone-lysine N-methyltransferase EHMT2ChEMBL analogueSET2 YJL168C (ortholog_many2many)
MPHOSPH8 · M-phase phosphoprotein 8ChEMBL analogueNo stored yeast mapping
nfo · Endonuclease 4ChEMBL analogueNo stored yeast mapping
PTGS1 · Prostaglandin G/H synthase 1ChEMBL analogueNo stored yeast mapping
PTGS2 · Prostaglandin G/H synthase 2ChEMBL analogueNo stored yeast mapping
SNCA · Alpha-synucleinChEMBL analogueNo stored yeast mapping
TARDBP · TAR DNA-binding protein 43ChEMBL analoguePIN4 YBL051C (ortholog_many2many)

Structural activity predictions and SONAR

Stored structural activity predictions are available in the interactive profile, with assay-specific cutoffs and applicability-domain assessments.

SONAR ranks candidate targets through genetic and physical interaction evidence. Structural SONAR uses predicted strain responses; measured SONAR uses experimental responses. These are experimental hypotheses, not confirmed binding targets. Outside-domain predictions are treated as unknown.

Open the complete DICLOFENAC SODIUM research profile →

Sources and provenance

Screening measurements: ChemGrid chemical-genetic datasets. Wildenhain et al., Cell Systems (2015). Target annotations: sources named in the evidence table. Structure and library metadata: stored ChemGrid catalogue records.

Card snapshot: 2026-11-02. Linked interactive views may contain newer data.