Sentence examples for the evolutionary modifications of from inspiring English sources

Yet, no systems based on limited datasets reflect the evolution of the whole organisms; rather, they focus just on the evolutionary modifications of the data in question.

In addition to conceptual work on the biological bases of homology, variation, and parallel evolution, my research has focused on evolutionary changes in size and shape in mammals: the functional consequences of these changes, and the evolutionary modifications of ontogenetic processes that produce them.

"Their hypothesis shifts the focus of the research question from the evolutionary origin of orgasm as an evolutionary novelty, which has long been presumed but not demonstrated, to the evolutionary modification of an ancestral character".

The paucity and bias of pollinator fauna and small population sizes on islands may cause the evolutionary modification of heterostyly into other breeding systems.

In more general terms, this type of lineage-specific rewiring might fuel the evolutionary modification of neural circuitry in the brain.

During the evolutionary modification of the carpel, deformation of either the abaxial or adaxial surface is instrumental in displacing the stigma from a stigmatic crest to the terminal region of the style (Bailey and Swamy 1951).

Thus, the eh1 motif may play an important role in the evolution of the Fox gene family by providing a basis for the evolutionary modification of Fox protein function.

The sexual selection paradigm, then, is based on the fact that evolutionary modifications of the seminal fluid that provides postmating benefits to males will be favored by male-specific selection [ 55].

The evolutionary modifications described for the SelA protein of H. pylori find parallels in other bacterial and archaeal species, suggesting that an alternative enzymatic function is hidden in many proteins annotated as selenocysteinyl-tRNA synthase.

Yet, no study has systematically evaluated the underlying assumptions [ 27], or confirmed the conjecture that rates of detection by humans can reliably predict and explain patterns of selection under natural conditions in the wild and evolutionary modifications of camouflaged prey colour patterns in nature.

Nevertheless, the striking diversity of floral morphologies in different species suggests that evolutionary modifications of the A, B, and C gene functions may underlie the floral diversity.