Sentence examples for substantial genetic changes from inspiring English sources

Recently, a new classification of epithelial ovarian tumors into type I and type II cancers has been proposed: type 1 are benign to borderline tumors with relatively stable genotypes while type II includes aggressive and high grade tumors that are genetically instable and exhibit substantial genetic changes [5].

In S. anglica allopolyploidy induced few changes in genome structure, but there is epigenetic reprogramming [5], [9], while in Senecio [10], [11] and Tragopogon [12] allopolyploids there are substantial genetic changes including loss of sequence (genomic DNA profiles) and perturbations to the transcriptome (cDNA profiles).

For the SARS-like CoVs to infect humanSARS-like CoVs genetoc changes infect S1 receptor-binding domain will be necessary.

However, the absence of changes in the housekeeping genes suggests that the ST11 lineage survived without any substantial genetic changes being produced by the fundamental processes of mutation, recombination, selection, drift, and migration [ 15].

Based on the aforementioned factors, in conjunction with their possession of characteristic traits of closed mitosis and spores that contain chitin and trehalose, as fungi do [ 8], microsporidia have been classified as the earliest diverging clade of sequenced fungi [ 9] that underwent substantial genetic changes during adaptive evolution.

These are that the evolution of postzygotic mechanisms during the first stage is accompanied by substantial genetic change (a majority of values for genetic distance, D, range between 0.15 and 0.30) and that relatively few additional genetic changes are required during the second stage.

This paper calls into question the reliability of selection signatures to identify mutations affecting complex traits under selection and provides empirical evidence for the ability to generate substantial genetic change between populations in complex traits without clear evidence for classic selection signatures.

Because no substantial viral genetic change occurred between the waves (7 ), our finding suggests that the third wave was driven by infection among susceptible persons remaining antibody-naive at the end of the second wave.

In the context of human evolution, there is substantial interest in delineating the genetic changes that account for the emergence of human-specific morphological and behavioural changes since their divergence from other primates.

In evolutionary engineering, microorganisms that are subjected to high inhibitor concentrations over extended periods acquire substantial tolerance to inhibitors due to random genetic changes [ 11].

Substantial advances have been made in understanding the genetic changes associated with the onset of this malignancy.