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Significant advances have been made in using many sources of statistical data to develop exposure models.
Exposure models integrate the microenvironmental concentrations with human activity data to estimate intake doses.
Monitoring and laboratory data play integral roles alongside fate and exposure models in comprehensive risk assessments.
These estimations highlight the need for more sophisticated exposure models to assess radiological dose in STP users.
It is obvious that PECs should be calculated at the relevant temperature for the exposure models employed.
These studies rely on exposure models that use data collected from pollution monitoring sites to predict exposures at subject locations.
They may also improve the accuracy of exposure models linking emission sources with estimated pollutant concentrations at the residential level.
Improving exposure models and access to large clinical databases foreshadow improved risk analysis facilitating more effective risk management.
The vulnerability assessment process considers the resolution, information and limitations established for both the hazard and exposure models adopted.
However, the type of exposure associated with STP use (shown schematically for use of a generic STP in Fig. 4) is somewhat different to established exposure models.
In chemical hazard assessment, intrinsic substance properties are directly compared to pre-defined criteria without any of the processing that is done in exposure models.
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