For SO2, the estimate (random effects) of 1.00% for mortality due to all natural causes derived from the present study was higher than the 0.52% previously reported from the other Asian cities studied (HEI 2004) and higher than the 0.40% from the APHEA project (Katsouyani et al. 1997) [Supplemental Material, Table 2 (available online at http://www.ehponline.org/members/2008/11257/suppl.pdf)].
Another possible cause derives from minor pro-oxidant or antioxidant impurities in the test compounds.
The name given to the viruses and the disease they cause is derived from the Ebola River, a tributary of the Congo River in central Africa, where the majority of EVD epidemics have occurred.
The death rate for cardiovascular causes was derived from the published literature detailing 1-year mortality among unselected patients with NYHA class II IV heart failure in Switzerland.
Specific causes were derived from the ICD-10 code for the underlying cause of death: respiratory disease (ICD-10: J00 through J99), CVD (ICD-10: I01 through I59), MI (ICD-10: I21 through I22), stroke (ICD-10: I60 through I69), and all-cause mortality (TOT; ICD-10: A00 through R99).
While covering the same general content (evolutionary change and its causes), measures derived from the two instruments revealed different learning gain patterns.
For an applied current density of 100 mA cm−2 the combination of the conductivity and roughness effects caused the electrode derived from inorganic gel and heat-treated at 400°C to exhibit the lowest overpotential for the OER.
The CR curves for PM10 effects on all natural-cause mortality derived from the present study clearly show that the relationship is linear without a threshold in most of the cities studied, although some nonlinear relationships appear in Shanghai.
Firstly, this reflects methodological differences in how the health benefits of physical activity were modelled, with our disease specific model producing smaller effects for a given age group than the approach used by the Barcelona study 4 which used relative risks for all-cause mortality derived from the health economic assessment tool (HEAT) for cycling and walking model.
Research in this field has been interested on how people make use of the information derived from cause-outcome pairings, regardless of whether the cause is the behavior of the person who judges the causal relation or an external event (e.g., Allan & Jenkins, 1983; Blanco, Matute, & Vadillo, 2013; Jenkins & Ward, 1965; Kao & Wasserman, 1993; Shanks, 2007; Wasserman, 1990).
