Sentence examples for the evolution of a functional from inspiring English sources

The most parsimonious explanation for the absence of CLDN13 in humans, and all other species surveyed, is a gene duplication event specific to the murinae which lead to the evolution of a functional Cldn13 gene in Mus musculus, but appears to have been lost in Rattus norvegicus leaving only the degenerate sequence we identified.

The presence of DBD-truncated Q-rich ARFs allows an alternative transcriptional control, alongside the evolution of a functional motif in domain I of Aux/IAAs.

An explanation for this small number of cases could be that the evolution of a functional trans-NAT from the antisense strand of a pseudogene eventually erases the traces of the pseudogene; therefore, the possibility of observing a trans-NAT related to a pseudogene could be transitory in evolutionary terms.

Many studies show the loss of a previously functional trait to be at least as common as the evolution of a novel functional trait (e.g., Wiens 2001; Porter and Crandall 2003).

We propose a mechanism of ex nihilo SLiM evolution – the evolution of a novel SLiM from "nothing" – adding a functional module to a previously non-functional region of protein sequence.

Although we regard this as a very preliminary step toward an understanding of the evolution of noncoding functional elements in bacteria, it is clear that promoters in the SD species group are evolving differently in different lineages and different categories of genes and may in some instances be evolving in concert with protein-coding genes of the same biochemical category.

The difference in the evolution of functional disability was unexpected, as functional disability in RA is thought to be related to underlying structural joint damage.

The history of the domain family complement provides a view of the evolution of the functional capabilities of the proteome.

As part of the proceedings, I was asked to give a lecture about the development of my work, and to participate in an interview about the evolution of systemic functional linguistics (hereafter SFL).

The evolution of new functional roles for duplicated genes can depend on a number of mechanisms.

We next developed a module-status-based framework for characterizing the evolution of these functional gene modules.