Specify the type of baseline well used to account for drift or solvent/media based fluctuation in response signal (PreviousWell) and ValidAnalyzeEpitopeBinningQ returns True:

Specify the type of baseline well used to account for drift or solvent/media based fluctuation in response signal (SelfBlocking) and ValidAnalyzeEpitopeBinningQ returns True:

Specify the region of each competition step to average to obtain the response value using percent of the total step time and ValidAnalyzeEpitopeBinningQ returns True:

Specify the region of each competition step to average to obtain the response value using time and ValidAnalyzeEpitopeBinningQ returns True:

Specify the type of well used to normalize response - use a parallel well in which the antibody loads an unblocked antigen covered surface and ValidAnalyzeEpitopeBinningQ returns True:

Specify the type of well used to normalize response - use the initial loading step for a given antibody as the maximum value and ValidAnalyzeEpitopeBinningQ returns True:

Specifying that OutputFormat->TestSummary and ValidAnalyzeEpitopeBinningQ returns a test summary:

Specify species which exhibit slow binding that results in low response even when it is not blocked by the bound antibody and ValidAnalyzeEpitopeBinningQ returns True:

Specify a lower threshold for species which exhibit slow binding and ValidAnalyzeEpitopeBinningQ returns True:

Automatically resolve the Threshold to a normalized response if the data is analyzed with a NormalizationMethod and ValidAnalyzeEpitopeBinningQ returns True:

Automatically resolve the Threshold to a raw response (in Nanometer) if the data is not analyzed with a NormalizationMethod and ValidAnalyzeEpitopeBinningQ returns True:

If there is no data element matching the requested BaselineType, ValidAnalyzeEpitopeBinningQ returns False:

Given an incomplete list of Data[Protocol,BioLayerInterferometry], ValidAnalyzeEpitopeBinningQ returns False:

If the SlowBindingThreshold is specified but no SlowBindingSpecies are given, ValidAnalyzeEpitopeBinningQ returns False:

If the Threshold is given in raw data form but a NormalizationMethod is specified, ValidAnalyzeEpitopeBinningQ returns False:

If the Threshold is lower than SlowBindingThreshold, ValidAnalyzeEpitopeBinningQ returns False: