Human monitoring data settings

Selection settings

Table 168 Selection settings for module Human monitoring data.
Name Type Description
Sampling method

AlphaNumeric

The sampling method that should be included in the action.
Match HBM individuals selection to population definition options
IndividualSubsetType Match HBM individuals selection to population definition. Use population definitions (default), ignore all population definitions or use a selection of properties.
Select one or more individual(day) properties to filter the population

AlphaNumeric

Select one or more individual(day) properties to filter the individuals(days) in the population.
Use sampling weights

Boolean

If checked, individual sampling weights are used. If unchecked, the individual sampling weights are not in the calculations.
Use complete analysed samples

Boolean

Select this option to remove samples from individuals for which one or more of the selected substances have not been analysed.
Exclude substances from sampling method

Boolean

Select this option to exclude one or more substances from the selected sampling methods.
Substances to exclude from a sampling method

AlphaNumeric

The data of the selected substances will be excluded from analysis.
Filter on repeated measurements

Boolean

Select this option to make a selection of the time points to be included in the action. By default, all time points are included.
Selected measurements

AlphaNumeric

The measurements that should be included in the action.

Output settings

Table 169 Output settings for module Human monitoring data.
Name Type Description
Exclude privacy sensitive data from outputs

Boolean

Use this setting to not report the parts of the results (i.e., figures, tables, or sections) that are marked as (potentially) privacy sensitive.

Uncertainty settings

Table 170 Uncertainty settings for module Human monitoring data.
Name Type Description
Resample HBM individuals

Boolean

HBM individual data are resampled from the original database using the bootstrap methodology (Efron 1979, Efron & Tibshirani 1993).