Sentence examples for evolution of a site from inspiring English sources

This is an excellent essay that Troy wrote that describes the natural evolution of a site from web 1.0 to web 2.0.

A feature of the solution is that, although the model describes the evolution of a site occupation density on a discrete lattice, the numerical solutions strongly suggest that a continuum approximation should be appropriate.

In previous work [ 1], we have introduced a context-dependent model of evolution which allows the evolution of a site across a branch to depend upon the identities of its two immediate flanking bases at the start of the branch.

The normalization uncouples the site likelihood from the number of sequences in an alignment, and compensates for the presence of gap characters at site i. (2) SR: this feature captures the relative rate of evolution of a site.

We developed a mechanistic Stress Model of evolution according to which the rate of evolution of a site is predicted to depend linearly on the local mutational stress of the active conformation.

We simulate the evolution of a site over a species tree using a Markov model of nucleotide substitution specified by a rate matrix R. For each site, we first draw its state at the root of the tree from the equilibrium frequencies ρ of the rate matrix and then move down the tree drawing the states at each node.

Recent approaches for context-dependent evolutionary modelling assume that the evolution of a given site depends upon its ancestor and that ancestor's immediate flanking sites.

For the first area, our calculations provide clues to the biological evolution of a vent site influenced by dynamic changes in fluid chemistry and, consequently, catabolic energy.

Most context-dependent models have a temporal aspect in that the evolution of a given site over a branch is assumed to depend upon its immediate neighbours at the start of the branch.

Additionally a consensus secondary structure is necessary to apply a mixed model approach, since it determines whether the evolution of a given site is modeled by the DNA-model, or as part of a base-pair by the RNA-model.

Indeed, once that ancestral sequences have been estimated, the evolution of a given site across a branch is allowed to depend upon the identities of its immediate flanking bases at the start (i.e. the ancestor) of that branch.