Genomic selection refers to selection decisions based on genomic estimated breeding values (GEBV) [ 1].
The conservation of gene organization could be explained by purifying selection (or negative selection) that refers to selection against nonsynonymous substitutions of protein-coding sequences.
There are three types of natural selection: positive selection (sometimes referred to as directional selection), negative selection (referred to as purifying selection) and balancing selection.
Previous studies have utilized these assays to identify and characterize regions of the genome that have undergone positive selection, referred to as selection signatures [ 3- 9].
In this section, our terms 'selective' and 'non-selective' refer to selection based on mitochondrial function; we assume that mitophagy always selects on mitochondrial size (i.e. only small mitochondrial fragments are targeted for mitophagy).
Positive selection, also termed directional or purifying selection, refers to the selection process through which a particular phenotype (or genotype) is favored in a given environment, which leads to an increase of its frequency in a population.
Many local association members, who voted by 19-14 to re-refer the selection of Truss, are said to be "sick to the back teeth" at their treatment by Conservative central office.
We refer to selection for the intermediate allele as the look-ahead effect, because this effect allows evolution to select for sequences not yet in the genome.
Patients will be recruited from pharmacies and will be randomly allocated into control group and intervention group (refer to Selection process, randomisation, intervention allocation and blinding section).
We have further re-read the entirety of the manuscript to look for instances in which we explicitly refer to selection occurring on a 'strain', but have not been able to identify any such instances.
The onset selection stage, commonly referred to as Onset Selection Function (OSF), selects the points (frames) in O t) detected as onsets.
