Humans can be exposed to arsenic (As) through the intake of air, food and water. Although
food is usually the major source of As exposure for people, most adverse effects are seen …

… a final cancer risk assessment for arsenic. European efforts on arsenic risk assessment are
at … Underlying the discussion on arsenic is the growing realization that arsenic is a member of …

… Furthermore, we recommend that future risk assessments for arsenic consider evidence for
a sublinear arsenic-induced cancer dose-response relationship, as recognized by the EPA's …

… plan for arsenic. This paper describes issues central to risk assessment of arsenic, induding
… and default assumptions used for risk assessment, and makes recommendations to improve …

… Arsenic risk assessment techniques used for carcinogenic or noncarcinogenic risks estimates
were also reviewed ( Table 8 ) and critiqued to provide an overview of the current state of …

… arsenic in drinking water [6– 8], and most of the world’s arsenic standards are based on risk
assessment … Arsenic exposure has lead to a significant number of health concerns including …

… During metabolism of inorganic arsenic, trivalent mono- and … the risk assessment conclusions
for inorganic arsenic and … , “arsenic” as used in this chapter refers to inorganic arsenic. …

… in risk assessment. Whether or not our studies are used by the EPA for risk assessment is of
… Critique: The average arsenic exposures in almost all of the studies analyzed were too low …

… dose, the relevance of those risk assessments to seafood arsenic consumption is uncertain
and perhaps irrelevant. The general absence of arsenic toxicity reported in humans and …

… risk to the public. A quantitative human health risk assessment is described as a result of
arsenic … In evaluating the contribution of each intake pathway to average daily arsenic intake, …