Sentence examples for lifetime concentration from inspiring English sources

Within the shaded area, six individual lifetime concentration profiles are highlighted in red as examples.

Based on cases and controls, the risk of BCC increased with increasing lifetime concentration of arsenic in drinking water (OR 1.2 per 10 µg/L increase, 95% CI 1.1 1.3), as previously presented [Leonardi et al., 2012].

The high degree of residential mobility in the study population and the temporal increase in private well use of the more arsenic-laden bedrock aquifer later in life resulted in average lifetime concentration ranges narrower than are apparent from the distributions shown in Table 1.

Individuals with zero copies of haplotype 1 had a higher BCC risk with increasing lifetime concentration of arsenic, compared to those with those with one or two copies [zero copies: OR 1.4, CI 1.1 1.8, P value 0.001; one copy: OR 1.2, CI 0.9 1.2, P value 0.36 (N = 492); and two copies OR 1.2, CI 1.0 1.4 (N = 290), P value 0.054].

Acknowledging that prenatal exposure also has serious implications, it is during the breast-feeding period that the infant probably gets exposed to the highest lifetime concentration of insecticides (excluding occupational exposure) via a variety of routes [judging from DDT levels in blood (Bouwman et al. 1992)].

When using human cancer data, the U.S. Environmental Protection Agency EPAA) often calculates the estimated lifetime exposure concentration that results in an excess risk of disease of 1% [exposure concentration (EC01)], although other smaller ECs are sometimes used (U.S. EPA 2005).

But his gregariousness, the habit of a lifetime, takes concentration.

A separate model, not stratified for haplotype, provided the P value for the interaction term (haplotype × lifetime arsenic concentration).

In these 101 children, the study indicates a loss of 0.74 IQ points for each microgram per deciliter increase in lifetime blood concentration.

The relative risk of BCC was elevated in relation to all three indices of long-term iAs exposure (lifetime average concentration, cumulative and peak dose), and the relationship remained significant after controlling for potential confounders, including indices of ultraviolet exposure.

Within a European case control study that previously identified arsenic exposure in drinking water to be associated with risk of BCC [Leonardi et al., 2012] we evaluated the impact of AS3MT haplotypes on: (1) the urinary pattern of arsenic metabolites (controls only) and (2) the association between lifetime arsenic concentration and BCC risk (cases and controls).