Sentence examples for evolution which results from inspiring English sources

The fourth way to be similar is through convergent or parallel evolution, which results in homoplasy, as was discussed earlier.

Convergent phenotypic evolution, which results from similar selection pressures in independent lineages, is a common, undisputed property of animal and plant evolution.

Newly arising variants of a satellite DNA can rapidly replace previous copies due to concerted evolution, which results in intraspecific sequence homogenization (Plohl, 2010).

The first strategy was error-prone PCR based directed evolution, which resulted in a YlLip2 variant with a 2.5-fold longer half-life of thermal inactivation at 50 °C compared to the wild-type enzyme.

They both have gone through reductive evolution which resulted in either mitosomes in Giardia (Tovar et al. 2003) or hydrogenosomes in Trichomonas (Dyall et al. 2004).

Our analysis of the archaeal superkingdom yields the dominating mechanisms in different periods of protein evolution, which resulted in several levels of the organization of biochemical function.

This protein was then subjected to molecular-directed evolution, which resulted in several new FPs, ranging in colour from yellow to dark red (the 'mFruits'; Shaner et al., 2004).

The structures of the Prx genes, in contrast, suggest at least a partially independent evolution, which resulted in putatively non-plastidic or atypical 2CP isoforms, a potentially non-thylakoid lumen PrxQ and a PrxII gene with three chlorophyte-specific introns in Chlamydomonas.

To examine the efficacy of the core set approach, we simulated a Markov process of sequence evolution, which resulted in the same phylogenetic tree as the core-set tree derived from the 164 mitochondrial COI and COII DNA sequences of Anopheles dirus (Fig. 4a).

The observations of scanning electron microscopy (SEM) and transmission electron microscopy (TEM) exclude the effects of martensitic transformation, creep, oxidation, and precipitations on these stress responses and microstructure evolutions, which result from DSA appearing at 550 °C.

Being at the interface between host and commensal or pathogenic microbes, they generally undergo an accelerated evolution, which has resulted in many different AMP families and a remarkable sequence variation even within structural groups [ 3].