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Assay Detail

CHEMBL4397105

Review assay metadata, readout intent, target linkage, and publication context from the same page.

Binding
Activation of Tat-mediated HIV1 transcription in J-Lat 10.6 cells harboring LTR driven GFP reporter co-expressing CMV driven RFP reporter assessed as LTR-driven gene expression incubated for 48 hr by FACSCalibur flow cytometry
14
Total Activities
14
Compounds Tested
1
Activity Types
0
Assay Parameters

Assay Information

Assay Type Binding
Organism Human immunodeficiency virus 1
Confidence 8 — Homologous single protein target
Curated By Autocuration

Target

Protein Tat (CHEMBL4011)
Type SINGLE PROTEIN
Organism Human immunodeficiency virus type 1 group M subtype B (isolate HXB2)(HIV-1)

Publication

Identification of 5-Substituted 2-Acylaminothiazoles That Activate Tat-Mediated Transcription in HIV-1 Latency Models.
Nguyen W, Jacobson J, Jarman KE, Jousset Sabroux H, Harty L, McMahon J, Lewin SR, Purcell DF, Sleebs BE.
J Med Chem (2019) 62 : 5148 -5175
PubMed 30973727 · DOI

Activity Statistics

Type Count Avg pChEMBL Best pChEMBL
EC50 14 5.54 6.89

Compounds Tested

Compound Name Phase Activities Best pChEMBL
CHEMBL483254 PANOBINOSTAT 4.0 1 6.89
CHEMBL343448 ROMIDEPSIN 4.0 1 6.66
CHEMBL98 VORINOSTAT 4.0 1 5.64
CHEMBL4446565 1 5.51
CHEMBL2132936 1 5.09
CHEMBL4540359 1 5.00
CHEMBL4460170 1 4.96
CHEMBL4445805 1 4.60
CHEMBL4583543 1 -
CHEMBL4467303 1 -
CHEMBL4549436 1 -
CHEMBL4435131 1 -
CHEMBL4552693 1 -
CHEMBL4465202 1 -

Activity Data

Compound Name Type Rel. Value Units pChEMBL
CHEMBL483254 PANOBINOSTAT EC50 = 130.0 nM 6.89
CHEMBL343448 ROMIDEPSIN EC50 = 220.0 nM 6.66
CHEMBL98 VORINOSTAT EC50 = 2300.0 nM 5.64
CHEMBL4446565 EC50 = 3100.0 nM 5.51
CHEMBL2132936 EC50 = 8100.0 nM 5.09
CHEMBL4540359 EC50 = 10000.0 nM 5.00
CHEMBL4460170 EC50 = 11000.0 nM 4.96
CHEMBL4445805 EC50 = 25000.0 nM 4.60
CHEMBL4583543 EC50 > 40000.0 nM -
CHEMBL4467303 EC50 > 40000.0 nM -
CHEMBL4549436 EC50 > 40000.0 nM -
CHEMBL4435131 EC50 > 40000.0 nM -
CHEMBL4552693 EC50 > 40000.0 nM -
CHEMBL4465202 EC50 > 40000.0 nM -