Sentence examples for because major differences in from inspiring English sources

Because major differences in the stress response between the 2 cultivars were found in 3 h-treated roots, all of the DEGs specifically modulated in 3 h-treated root samples of Eurosis or Loto (3455 and 1410 genes in Eurosis and Loto, respectively; Table 3, Additional file 8: Table S8) were analysed using MapMan to identify differences in metabolic and regulatory pathways.

Much of this divergence is expected to be the result of artificial selection, because major differences in size and shape are known to have occurred during the domestication of cattle when compared to the extinct wild aurochs [ 46].

Because major differences in the services and cost-efficiency were observed between STI clinics located in the three categories of hospitals, and the only category that had both old and new clinics was the district headquarter hospitals, separate analysis for old and new clinics was not done.

The distinction is important because of major differences in the radiation that is present in the various regions and consequently in the physical conditions and processes that are important.

Patients who were admitted from the operating room and recovery room were excluded because of major differences in their course and outcome from transferred patients.

But because of major differences in culture, language, business practices, and the like, it is incredibly challenging for even the most well-capitalized of U.S.-based technology companies to break into the Chinese market.

However, interpretation of studies on the usefulness of daily routine chest radiographs is hampered because of major differences in methodology [ 31].

Because of major differences in living conditions and environmental circumstances these study outcomes can not directly be extrapolated to industrialised countries.

Arrays for gonads were normalized separately from somatic tissues because of major differences in the variance of expression ratios between the two groups of tissues.

Although, a direct comparison is not possible because of major differences in model structures, a subset of parameters was selected for comparison that describe three major biochemical processes which account for similar cellular phenomena in both models.

However, the concepts and theories of speciation developed for plants and animals cannot be applied directly to bacteria, because of major differences in their mode of inheritance from typical multicellular eukaryotes (Gevers et al. 2005).