Risks settings¶
Calculation settings¶
Name | Description |
---|---|
Multiple substances analysis
|
Specifies whether the assessment involves multiple substances. |
Express results in terms of reference substance equivalents (cumulative)
|
Specifies whether the assessment involves multiple substances and results should be cumulated over all substances. |
Health effect type
|
Specifies whether the health effect is a risk (negative) or benefit (positive). |
Risk metric type
|
Report risks in terms of hazard index (HI = 1/MOE) or margin of exposure. |
Show equivalent animal dose output
|
Specifies whether equivalent animal doses should be reported in the output. |
Threshold safety plot
|
Threshold for interpretation in the margin of exposure or hazard index plot, e.g. MOE = HI = 1 or MOE = 100. |
Use inverse distribution to calculate percentile
|
Calculate percentile via the complementary percentage of the inverse distribution (default: no). Description: E.g., P0.1 of MOE distribution is calculated via P99.9 of 1/MOE distribution. Note: This option is provided because percentile calculation in small data sets is asymmetric in both tails. |
Target level
|
Select to express hazard characterisations at external or internal exposure level. |
Risk type
|
The type of exposure considered in the assessment; acute (short term) or chronic (long-term). |
Output settings¶
Name | Description |
---|---|
Number of plot labels
|
Maximum number of labels to plot in hazard vs exposure plot. |
Number of substances in hazard vs. exposure plot
|
Maximum number of substances to plot in hazard vs exposure plot. |
Left margin safety plot
|
Left margin of the plot for margins of exposure or hazard indices. |
Right margin safety plot
|
Right margin of the plot for margins of exposure of hazard indices. |
Inclusion percentage variability interval
|
The central percentage of the variability distribution to include in intervals for exposure, hazard and MOE (e.g. 90 means p5-p95). |
Include drill-down on 9 individuals around specified percentile.
|
Specifies whether drilldown on 9 individuals is to be included in the output. |
Summarize simulated data
|
Specifies whether a summary of the simulated consumptions and concentrations should be included in the output. |
Store simulated individual day exposures
|
Store the simulated individual day exposures. If unchecked, no additional output will be generated. If checked, the output will contain an additional section with the simulated individual day exposures. |
Show percentiles for
|
Give specific percentiles of exposure distribution (%), e.g. 50 90 95 97.5 99 (space separated). |
Percentage for drilldown
|
Gives detailed output for nine individuals near this percentile of the exposure distribution. |
Percentage for upper tail
|
Gives detailed output for this upper percentage of the exposure distribution. |
Show % of population below level(s)
|
Exposure levels can be generated automatically or by explicit specification (Manual). |
Exposure levels
|
Specify exposure levels for which to give the percentage of exposure below these levels, e.g. 1 10 50 100 200 500. Specify below whether these levels are absolute or relative to ARfD/ADI. |
Exposure levels are
|
Specify whether exposure levels are absolute or percentages of ARfD/ADI. |
Number of levels of covariable to predict exposure
|
Specify the number of levels, e.g. 20. The range of the covariable is divided by the number of levels: range = (max - min)/levels. For these covariable levels exposures are predicted. |
Predict exposure at extra covariable levels
|
Specify specific prediction levels in addition to the automatically generated prediction levels (space separated). |
Lower percentage for variability (%)
|
The default value of 25% may be overruled. |
Upper percentage for variability (%)
|
The default value of 75% may be overruled. |
Report consumptions and exposures per individual instead of per kg body weight
|
Specifies whether body weights should be ignored and consumptions and exposures should be expressed per individual. Otherwise, the consumptions and exposures are per kg body weight. |