Sentence examples for potential of evolution from inspiring English sources

Research-based instructional interventions facilitate improvements in representational competence with phylogenetic trees, maximizing the potential of evolution education and improving science literacy.

Further, when people open their minds to the potential of evolution as a framework for illuminating all of life including humans significant new insights and facts are uncovered (Wilson 2007).

Such a variety of plasmids gives endless options to exchange virulence factors like antibiotic resistance, and hence a high potential of evolution.

Furthermore, urologists, pathologists and medical oncologists should be meticulous in the original pathological diagnosis in these patients, since there is a significant frequency of germ cell tumours with mixed or overlapping histological elements with diverse potential of evolution and differentiation.

Thus, medical oncologists, urologists and pathologists should be very suspicious of the original pathological diagnosis in these patients, since there is a significant frequency of GCTs with mixed or overlapping histological elements with diverse potential of evolution and differentiation.

But if some of those events are permissive, as our results suggest they are likely to be, then the potential of evolution to generate new functional complexes by the combined action of mutation, drift and selection is greater than it may appear if the molecules are viewed only in isolation.

The frequency of recessive alleles conferring resistance to Vip3A was estimated as 0.008 in Australian populations of H. armigera, providing an indication of the potential for evolution of resistance to this toxin (Mahon et al. 2012).

In the simplest case, we confirmed that not only single proteins are a potential target of evolution but interaction among them can be potentially conserved as well.

After 18 h cyclic linear polarization of these alloys in 5 M solution of KOH in a range form the potential of hydrogen evolution to the potential of oxygen evolution the chronovoltamperometric curves were again plotted, the Tafel oxygen evolution coefficients were determined and also the structure of the products of oxidation of the alloys.

Collectively, these results reveal a greater complexity of the pigmentation network, presenting numerous opportunities to map transcription factor-CRE interactions that structure trait development and numerous candidate loci to investigate as potential targets of evolution.

Therefore, both segmental and tandem duplication events were investigated for elucidating the potential mechanism of evolution of OsWD40 gene family.