Modeling the Human Kinetic Adjustment Factor for Inhaled Volatile Organic Chemicals: Whole Population Approach versus Distinct Subpopulation Approach

<table>Distributions of individual values obtained for CAss (a) and RAM (b) in each subpopulation within the whole Canadian population for constant inhalation exposure to 1,4-dioxane. From top to bottom, the distributions are shown for the entire Canadian population (thick <b>—</b>), adults (—), children and adolescents (<b>— –</b>), elderly (–·–·–), toddlers (<b>– – -</b>), pregnant women (-------), infants (-·-·-·-), and neonates (indistinguishable).</table>

Journal of Toxicology

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Figure 2

Figure 2: Modeling the Human Kinetic Adjustment Factor for Inhaled Volatile Organic Chemicals: Whole Population Approach versus Distinct Subpopulation Approach 

Figure 2 | Modeling the Human Kinetic Adjustment Factor for Inhaled Volatile Organic Chemicals: Whole Population Approach versus Distinct Subpopulation Approach 