The phrase "air pollutant analysis" is correct and usable in written English.
You can use it when discussing the examination or evaluation of substances that contaminate the air.
Example: "The air pollutant analysis revealed high levels of nitrogen dioxide in the urban area."
Alternatives: "air quality assessment" or "pollution evaluation".
Moreover, most of the studies used the annual average level of air pollutant in their analysis, while in reality pollution levels fluctuate quite widely on an hourly basis.
In 2015, Beijing saw a 16percentt annual fall in the concentration of the most deadly type of air pollutant, according to an analysis by the Paulson Institute and Greenpeace of air quality data from the United States Embassy in Beijing.
AG provided guidance on air pollutant measurements and spatial analysis.
Therefore, we used only hourly air pollutant measurements in the analysis of risk of ST depression in each hour.
The data on population characteristics (table 2), monthly average air pollution characteristics (figure 1) and air pollutant IQR concentrations used in the analysis for each city (table 4) are not widely divergent such that a specific difference(s) among the two cities might be an explanation.
At the International Conference on Environmental Epidemiology and Exposure in 2006, we presented results of an analysis of air pollutant exposures and preeclampsia risk in the subset of participants who enrolled between 1996 and 2002 (Rudra and Williams 2006).
Because methylation of long interspersed nucleotide elements (LINE-1) and Alu repetitive elements has been associated with lung function (Lange et al. 2012), we also modeled interaction of LINE-1 and Alu methylation (dichotomized as high or low based on the median of the distribution) with air pollutant concentrations as a secondary analysis.
This analysis included a maximum of 2,244 visits from 987 participants who had at least one but ranging up to four scheduled visits over the course of the study; the number of participant-visits utilized in the analysis varied by air pollutant of interest as we excluded participant-visits for which air pollution data in the relevant time period was not available.
We extracted a variable to represent these air pollutants using factor analysis for SO2, NO2, dust deposition, and sulphation rate.
Although several past studies reported associations between ASDs and certain air pollutants, a new analysis of four prospective cohorts published in this issue of EHP appears to contradict those findings, reporting no such associations.
