Sentence examples for mortality coefficient for from inspiring English sources

Bell et al. (2004) estimated the percent increase in short-term mortality per 10-ppb increase in ozone (ozone mortality coefficient) for 95 U.S. urban communities based on data from the National Morbidity, Mortality, and Air Pollutions Study (NMMAPS).

The PM10 mortality coefficient for NYC in the National Mortality and Morbidity Air Pollution Study (NMMAPS) reanalysis [ Johns Hopkins School of Public Health (JHSPH) 2003] was 3.8 times higher than the average.

Our specific aim was to examine the relationship between total ozone exposure accounting for indoor exposure and ozone mortality coefficients for NMMAPS cities whose infiltration rates have been modeled by Persily et al. (2010) and then to extend the analysis to an additional 72 NMMAPS urban communities.

In our article (Lippmann et al. 2006), we showed that the annual average PM10 (particulate matter < 10 μm in aerodynamic diameter) NMMAPS mortality coefficients for 60 NMMAPS cities were significantly associated with annual average ambient Ni and V concentrations in those same cities.

Our result was lower than the instantaneous natural mortality coefficient estimated for the same species in the Indian waters, 0.77 yeAbdussamadssamad et al. 2012) and 0.8 year−1 (James et al. 1993).

1. Estimate the values of the total mortality coefficient, Z, for each period and comment on the results.

Meta-regression for pretransfusion Hb level failed to identify the significance for risk of mortality (coefficient −0.216, 95%CI −0.859 to 0.428).

When we used a value of 5.0/hr (3.3 times larger than the default value), the association between the ozone exposure coefficient and ozone mortality coefficient was weaker (the R range for the three ozone metrics was 0.27 0.34 compared with 0.48 0.58).

Background: City-to-city differences have been reported for the increase in short-term mortality associated with a given increase in ozone concentration (ozone mortality coefficient).

1. Estimate the total mortality coefficient, Z, of the stock in each of the periods.

3. Estimate the total mortality coefficient, Z, of the stock in January 1995.