Sentence examples for molecular evolution it from inspiring English sources

The topic for 2004 is "Perspectives on Molecular Evolution". It is generally acknowledged that, beginning in the 1960s and continuing to the present day, evolutionary biology has been significantly transformed by the incorporation of ideas and techniques from molecular biology.

As viruses are known to undergo rapid molecular evolution it may be useful to explore further the relative conservation between the virus seed-like and non-seed sequences.

In order to understand patterns of adaptation and molecular evolution it is important to quantify both variation in gene expression and nucleotide sequence divergence.

Demonstrating consistently higher substitution rates in parasitic plants not only provides a window on molecular evolution, it also has practical implications for the use of DNA sequence data in evolutionary and ecological research.

In other fields of molecular evolution, it had been long realized that the precision of the analysis significantly improves if one allows for rate variability across sites [ 24- 26].

Because functionality is an important aspect of molecular evolution, it is important to clearly address this question in order to have a better understanding of how the PPI network evolves.

It is a preferred and reliable method for demonstrating how viruses are related through molecular evolution as it provides and relies on the primary sequence data [15], [16], [17], [18].

BI and its precursor maximum likelihood (ML) infer phylogenetic relationships using the same probabilistic models of molecular evolution, so it has been assumed that BI, like ML [7] [9], is largely unbiased and statistically consistent given the correct model [6], [10].

More sophisticated modelling approaches may more accurately characterize the heterogeneous processes of molecular evolution, but it is also crucial that the parameters of these complex models can be estimated by the data at hand [ 143].

A vast number of phylogenetic studies have used partitioned models of molecular evolution, and it is widely appreciated that partitioning often leads to large improvements of the fit of the model to the data (see e.g. [ 2]).

Importantly, the term neutrality is not used here in the sense of fitness-neutrality as in the field of molecular evolution, but it just refers to invariance of a specific (and restricted) phenotype.