Sentence examples for because of different population from inspiring English sources

This inconsistency may because of different population studied and different diagnostic standard used for MS. As far as we know, few studies used the same criteria as ours for investigating the impact of MS on QUS.

MAF may differ slightly from Table 2 because of different population used Our present study reports results from a new independent GWAS of EC based on a total of 7,077 cases and 16,343 controls from the E2C2 (Table  1).

It appears that the proportion of CM varied because of different population sampling techniques or diagnostic criteria.

The number of births varied among CWSs because of different population size and number of years with adequate atrazine data.

The numbers of total alcohol attributable cancer cases varied considerably by country, mainly because of different population sizes in the investigated countries but also because of varying alcohol attributable fractions across the countries.

Comparisons of results from the previous studies and ours are not straightforward because of different populations, biological samples, and analytic platforms.

In addition, we considered that the following features would be important in any definition of ARF: it should consider change from baseline; it should include classifications for acute on chronic renal disease; it should be easy to use and clinically applicable across different centres; and it should consider both sensitivity and specificity because of different populations and research questions.

This is regrettable because the geographical origin of different populations may lead to phenotypic plasticity in the same species and population-specific growth patterns that differ from published data sets.

Because of the heterogeneity of different populations of children in developing countries and the heterogeneity of the studies of zinc that have been conducted to date, generalizing from any single study is problematic.

It makes no sense to compare average IQ scores of different populations because they are unlikely to have identical exposure to all of these factors.

Reciprocal transplant experiments are powerful tools for detecting local adaptation, because they compare the fitness of different populations within specific habitats using a 'local deme vs foreign demes' criterion (Kawecki and Ebert 2004).