Substrate specificity and analytical measurement range (AMR) for both assay types are also similar.
Various assay types are found in the database: Each assay measures activities against one or more particular biological targets.
The bioassays in the PubChem BioAssay database can be classified into four categories, according to PubChem depositor-assigned assay types: primary, confirmatory, summary, and other.
For each chemical, its corresponding curated information included source literature, assay types, markers, peptide concentrations, chemical concentrations, the addition of horseradish peroxidase (HRP) enzymes and the percentage of peptide depletion with standard deviations.
Therefore, three different assay types for Atg4B activity/inhibition quantification were first compared: (1) an approach using fluorogenic Atg4B-substrates, (2) an in-gel densitometric quantification assay and (3) a thermal shift protocol.
Instead, by looking across a wide set of assays and assay types, there is an expectation that, if there is some effect whereby 3-D similaverageserages between "actives" will be greater than the averages between "actives" and "inactives" using a single conformer per compound, a certain subpopulation of assays will show this behavior.
The bioassays in the PubChem BioAssay database can be classified into four categories, according to user-provided assay types (i.e., screening, confirmatory, summary, and other) and the assay count for each category in the 1,744 AIDs is shown in Figure 8 (a).
In addition, while it is possible that different assay types (e.g. a binding assay instead of a functional assay) may influence the conclusions drawn here, we believe this is unlikely due to the fact that the dataset did not consist of agonists (in which case binding assays and functional assays may not correlate well in every case), but only of antagonists.
Both assay types have similar characteristics for the determination of estrogen in sewage and urine samples e.g. 6 25 h assay period with detection and determination limits and EC50 values for 17β-estradiol of 2.8 ng L− 1, 5.9 ng L− 1, 33.2 ng L− 1 (nAES-P) and 3.1 ng L− 1, 6.7 ng L− 1 and 39.4 ng L− 1 (nAES-T).
Many prior analyses have explored the relationship between vitamin D measurements conducted using different assay types [9], [16], [30] [32].
When comparing plasmid-based assays with culture supernatant-based assays (see Figure 1 for subdivision of assay types) the overall pattern was similar to the PSV vs. VI assay comparison (Table 3).
