Sentence examples for molecular evolution such from inspiring English sources

Particularly powerful and in the focus of the current review are high-throughput methods aimed at expanding the repertoire of AAV vectors by means of directed molecular evolution, such as random mutagenesis, DNA family shuffling, in silico reconstruction of ancestral capsids, or peptide display.

Many factors have been identified as correlates of the rate of molecular evolution, such as body size and generation length.

Further incorporation of a structural component to the study of molecular evolution (such as [ 45 ]) may help to resolve the standing controversy.

Their greater dispensability is suggested by patterns of molecular evolution, such as that more insertions and deletions can be tolerated in intergenic regions (Moran et al. 2009).

Model based analyses, such as ML, estimate actual site changes from observed by taking into account various aspects of molecular evolution, such as multiple hits and among site rate heterogeneity.

These trees reveal artifacts likely due to variable rates of molecular evolution, such that placozoans, cnidarians, and demosponges are recovered as a monophyletic clade, with hexactinellids the sister group of bilaterians [ 12- 16].

It is tempting to suggest that the L-amino acids and L-peptides were plausibly just slightly more stable than those of D-peptides during the prebiotic molecular evolution in such environment.

Molecular evolution parameters such as Tajima and Fu and Li statistics were calculated using DNAsp software (Librado and Rozas 2009).

For example, in vitro screening techniques and adaptive molecular evolution methods, such as phage display (4), have made it easier to rapidly screen enormous molecular libraries to find promising binding ligands (5).

In the last chapter, molecular evolution, and topics such as segregation distortion, transposable elements, antagonistic and epistatic selection are discussed.

Such investigations have also addressed fundamental questions in molecular ecology and evolution, such as the genomic basis for speciation [ 4, 5], morphological variation [ 6, 7], disease resistance [ 8] and selection on life history traits [ 9, 10].