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Assay Detail

CHEMBL746708

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

Binding
In vitro ability to inhibit the binding of [3H]glycine to glycine binding site of N-methyl-D-aspartate glutamate receptor in rat synaptic membranes
17
Total Activities
15
Compounds Tested
1
Activity Types
0
Assay Parameters

Assay Information

Assay Type Binding
Subcellular Membrane
Confidence 4 — Cell-line / Tissue
Curated By Autocuration

Target

Glutamate NMDA receptor (CHEMBL1907608)
Type PROTEIN COMPLEX GROUP
Organism Rattus norvegicus

Publication

Enantiomerically pure tetrahydroquinoline derivatives as in vivo potent antagonists of the glycine binding site associated to the NMDA receptor.
Di Fabio R, Tranquillini E, Bertani B, Alvaro G, Micheli F, Sabbatini F, Pizzi MD, Pentassuglia G, Pasquarello A, Messeri T, Donati D, Ratti E, Arban R, Dal Forno G, Reggiani A, Barnaby RJ.
Bioorg Med Chem Lett (2003) 13 : 3863 -3866
PubMed 14552796 · DOI

Activity Statistics

Type Count Avg pChEMBL Best pChEMBL
Ki 17 8.12 8.79

Compounds Tested

Compound Name Phase Activities Best pChEMBL
CHEMBL338753 3 8.79
CHEMBL44793 GAVESTINEL 2.0 1 8.52
CHEMBL339350 1 8.38
CHEMBL124311 1 8.32
CHEMBL446100 1 8.18
CHEMBL126236 1 8.18
CHEMBL126288 1 8.18
CHEMBL340702 1 8.18
CHEMBL129759 1 8.17
CHEMBL126248 1 8.15
CHEMBL339303 1 8.15
CHEMBL124742 1 7.78
CHEMBL129738 1 7.76
CHEMBL339560 1 7.73
CHEMBL341325 1 7.72

Activity Data

Compound Name Type Rel. Value Units pChEMBL
CHEMBL338753 Ki = 1.622 nM 8.79
CHEMBL338753 Ki = 3.02 nM 8.52
CHEMBL44793 GAVESTINEL Ki = 3.02 nM 8.52
CHEMBL339350 Ki = 4.169 nM 8.38
CHEMBL124311 Ki = 4.786 nM 8.32
CHEMBL126288 Ki = 6.607 nM 8.18
CHEMBL340702 Ki = 6.607 nM 8.18
CHEMBL126236 Ki = 6.607 nM 8.18
CHEMBL446100 Ki = 6.607 nM 8.18
CHEMBL129759 Ki = 6.761 nM 8.17
CHEMBL339303 Ki = 7.079 nM 8.15
CHEMBL126248 Ki = 7.079 nM 8.15
CHEMBL124742 Ki = 16.6 nM 7.78
CHEMBL129738 Ki = 17.38 nM 7.76
CHEMBL339560 Ki = 18.62 nM 7.73
CHEMBL341325 Ki = 19.05 nM 7.72
CHEMBL338753 Ki = 50.12 nM 7.30