Sentence examples for organisms concluded from inspiring English sources

An overview of analyses of many phenotypes in many organisms concluded that there was little evidence for non-additive variation playing a large role in phenotypic variation (Hill et al., 2008).

Once in Peru, plants and animals underwent a decades-long process of acceptance that for most organisms had concluded by 1575.

Although the formation of the main western Mediterranean islands has been used to date evolutionary divergence times and to explain species ranges, most studies using independent calibration points or substitution rates estimated from related organisms have concluded that the origin of present-day fauna in the region greatly post-dates the opening of the basin [ 29- 33].

But when instruments failed to find any organic molecules, which are the building blocks of any organism, scientists concluded that no, aliens weren't living in the dirt.

From these results, as well as the high degree of homology to clgR in related organisms, we conclude that Rv2745c is the MTB clgR orthologue.

However, as many of the characteristics (length, cleavage site, isoacceptor origin) correspond to what has been reported in other organisms, we conclude that the phenomenon of specific tsRNA generation is evolutionarily conserved in leishmania as well.

In addition to contributing to risk assessments of the consequences of interbreeding between wild and escaped domesticated organisms, we conclude that plasticity studies on domesticated wild hybrids and their progenitors are useful for testing basic predictions about the evolution of phenotypic plasticity, as well as understanding the evolutionary significance of hybrids.

After comparing the sequence to those of a variety of other organisms, the researchers concluded that the Mimivirus lineage dates back some 3.3 billion years to the separation of early life into three major divisions: archaea, bacteria, and the more complex eukaryotes.

Given the absence of mycotoxin contamination in commercial strains of fermentation organisms, it was concluded that routine testing enzymes for potential genotoxicity was not necessary for safety evaluation (Pariza & Johnson, 2001).

The authors also emphasized that the electromagnetic radiation had a significant influence on these organisms; however, they concluded that the results obtained cannot be directly transferred and related to human individuals, not only because of a lack of standardisation procedures, but primarily because of the limited number of observation specimens [ 36].

"It's a living, breathing organism," Boreta concludes.