Compile Data Set for Download or QSAR
maximum 50k data
Found 5 of ki for monomerid = 60536
TargetFatty-acid amide hydrolase 1 [30-579](Rattus norvegicus (rat))
University of Connecticut

US Patent
LigandPNGBDBM60536(BDBM50399283 | US9102622, 13.2)
Affinity DataKi:  39nM ΔG°:  -44.0kJ/mole IC50:  165nMT: 2°CAssay Description:All compound solutions are made to a concentration of 10 mM in DMSO. To test the stability of the compounds in enzyme assay conditions, 25 nmoles of ...More data for this Ligand-Target Pair
In DepthDetails US Patent
TargetFatty-acid amide hydrolase 1 [30-579](Rattus norvegicus (rat))
University of Connecticut

US Patent
LigandPNGBDBM60536(BDBM50399283 | US9102622, 13.2)
Affinity DataKi:  39nM ΔG°:  -44.0kJ/mole IC50:  165nMT: 2°CAssay Description:All compound solutions are made to a concentration of 10 mM in DMSO. To test the stability of the compounds in enzyme assay conditions, 25 nmoles of ...More data for this Ligand-Target Pair
In DepthDetails US Patent
TargetFatty-acid amide hydrolase 1 [30-579](Rattus norvegicus (rat))
University of Connecticut

US Patent
LigandPNGBDBM60536(BDBM50399283 | US9102622, 13.2)
Affinity DataKi:  46nM ΔG°:  -43.6kJ/mole IC50:  193nMT: 2°CAssay Description:All compound solutions are made to a concentration of 10 mM in DMSO. To test the stability of the compounds in enzyme assay conditions, 25 nmoles of ...More data for this Ligand-Target Pair
In DepthDetails US Patent
TargetCannabinoid receptor 2(MOUSE)
Northeastern University

Curated by ChEMBL
LigandPNGBDBM60536(BDBM50399283 | US9102622, 13.2)
Affinity DataKi:  99nMAssay Description:Displacement of [3H]CP-55,940 from mouse CB2 receptor expressed in HEK293 cellsMore data for this Ligand-Target Pair
In DepthDetails ArticlePubMed
TargetCannabinoid receptor 1(Rattus norvegicus (rat))
Northeastern University

Curated by ChEMBL
LigandPNGBDBM60536(BDBM50399283 | US9102622, 13.2)
Affinity DataKi:  335nMAssay Description:Displacement of [3H]CP-55,940 from CB1 receptor in rat brain homogenatesMore data for this Ligand-Target Pair
In DepthDetails ArticlePubMed