Sentence examples for evolution of the genomic from inspiring English sources

In this review, we will discuss how the normal replication timing program, as well as how alterations to this program, can contribute to the evolution of the genomic landscape in normal and cancerous cells.

It simulates the evolution of the genomic frequencies of a given sequence and all its mismatched forms starting from a given distribution until the equilibrium or any other target.

Taken together, this provides critical information on the evolution of the genomic composition of populations.

These features render CoGemiR a valuable resource to gain insight into the evolution of the genomic organization of microRNAs.

The current model of mosaic genomic domains can explain global evolution of the genomic core of cyanobacteria.

Transposable elements (TEs) were undoubtly closely involved in the evolution of the genomic sequences we observe today.

Overall, this work provides a finer picture of the distribution and the genetic diversity of the 17q21 -inv and attempts to clarify important aspects of the evolution of this genomic region.

Although we can not confirm the order of duplication events by the present data, we can state that segmental duplication events characterize the evolution of this genomic region.

Data in lampreys are either incomplete or the result of specific duplications and/or deletions but a scenario for the evolution of this genomic environment in vertebrates could be proposed.

Although this could be caused by other factors (e.g., stochasticity in the mutation process), it supports previous claims of moderate gene flow between inversion-types throughout the evolution of this genomic region (Salm et al. 2012).

Extension of this comparison to other vertebrates has allowed a model for the evolution of this genomic region to be constructed, indicating patterns of gene duplication, loss, inversion and Fox cluster break up.