Sentence examples for mechanistic traits from inspiring English sources

What are the vestigial structural and mechanistic traits that remain in biosynthetic enzymes during the diversification of substrate and product selectivity?

The objectives of this study were to examine the effect of high temperature on the structural features of lodging resistance in four canola genotypes, to determine what kind of lodging (stem or root) was more prevalent, and to identify corresponding mechanistic traits associated with lodging under high temperature conditions.

Regarding our second hypothesis, greater tolerance is mediated by a higher plasticity in mechanistic traits.

While the bulk of our discussion concerns the mechanistic traits that enable individuals in range expanding populations to establish and persist in new habitat, next we briefly address recent findings on the dispersal phase of range change.

The secondary hypothesis is, at a more detailed level here, that the more tolerant genotypes are more plastic in mechanistic traits (i.e. compensatory growth), those that would allow them to gain more fitness in the defoliated environment.

While the population of individuals that settle in new habitat must be drawn from those individuals that first disperse, it is important to note that mechanistic traits facilitating dispersal may, or may not, be the same traits that facilitate establishment in the new territory following range expansion.

Additionally, the high correlation might be driven by plant intrinsic mechanistic correlations between traits.

A synergy between research directed at evolutionary and mechanistic explanations for trait variation is surely the most efficient way to progress both fields.

Such work does not require a mechanistic understanding of the traits as would be gained from quantifying levels (1) – (3) above.

The lack of profound functional enrichment of the common set of genes suggests that there is much unexplored territory for new mechanistic links between MetS traits.

Mechanistic studies on the phenotypic traits associated with each of the identified amino acid substitutions should provide insights into the key determinants of airborne virus transmission.