Sentence examples for proportion of pm from inspiring English sources

Due to the high prevalence of medico-legal autopsies in Finland, a great proportion of PM toxicological investigations concern non-poisoning cases.

A large proportion of PM originates from mobile sources and includes both aromatic hydrocarbons and trace metals (Shi et al. 2001).

In this '∆tether' strain six proteins involved in ER-PM tethering are deleted, and the proportion of PM with cER is reduced from 40%to4%4% with ER accumulation in the center of cells (Manford et al., 2012).

When asked to estimate the proportion of PM patients accessing their facility, interviewees from the French-speaking part of Switzerland estimated the highest numbers of PM patients (approximately 66-70% of hospital contacts).

Owing to the much lower proportion of PM, genetic testing for CYP2C19 was continued to screen for PM, even after enrolling the specified number of patients in the EM cohorts.

No association between this polymorphism and lung cancer susceptibility was observed; however, in other populations of cancer patients some very interesting shifts were found in the proportion of PMs and heterozygotes from that in the normal population.

With the help of the touch screens, it is possible to see the same image move among different formats, from the cramped front page of The New York Post to the more generous proportions of PM, which had superb print quality and often treated Weegee himself as part of the news, to the relatively text-free spreads of "Naked City".

In rural areas, dust from agricultural operations and wood smoke make up much larger proportions of PM; and along the California coast, another important contributor to PM is sea salt (Cox et al. 2010).

For example, PM2.5 in outdoor air typically contains a substantial proportion of secondary PM, whereas PM indoors attributable to solid fuel use indoors will consist entirely of primary combustion PM.

EXPOLIS data from Helsinki, Finland, showed the infiltration factor (the proportion of outdoor PM found indoors) for PM2.5 averaged 0.64 for residential structures, 0.47 for workplaces, and 0.35 for a subsample of office buildings constructed after 1990 (Hänninen et al. 2004b, 2005).

Previous studies have suggested that transition metals in lower oxidation states are better able to exert oxidative effects than those in the higher oxidation states, which suggests that a toxicologically significant proportion of underground PM is either in a submaximal oxidation state or is able to be reduced in vitro to a state where it can further catalyze ROS generation.