Sentence examples for I selection for from inspiring English sources

Crossover The crossover process involved the following steps: (i) Selection for crossover For each solution of (N_{mathrm{pop}}) generate a random number r in the interval (0, 1).

The steps for this purpose are presented below: (i) Selection for mutation For each solution of (N_{mathrm{pop}},) generate a random number r from the interval (0, 1).

Such organisms could arise in several ways, including (i) selection for life history and demographic traits that facilitate escape from harsh conditions or promote rapid population growth, (ii) selection for broad tolerance or phenotypic plasticity, and (iii) selection for genetic architectures that prevent evolutionary decay of functions needed in alternative environments.

Under selection for translational accuracy we expect for example: (i) selection against translational errors to relate to the error's costs.

The voxels included in each ROI were selected based on all significant activity within a cube of (15 mm) = 3375 mm centered on pre-defined anatomical landmarks (see 'ROI selection' below for criteria).

I remember selection for the Sydney 2000 Olympics.

A value below 1 for dN/dS indicates negative selective pressure, i.e. purifying selection, whereas values larger than 1 suggest positive selection, i.e. selection for diversity [ 30]. dN/dS = 1 equals neutral selection.

Damped LD oscillations imply (i) only transient selection for or against sex/recombination in the deterministic regime, and (ii) a large impact of stochasticity (i.e. of finite populations) on the evolution of sex/recombination.

Slow growth rate alone does not allow us to distinguish whether M. prima predominantly encounters K-type (i.e., maintenance of stable population close to carrying capacity K) or L-type selection (i.e., selection for stable populations close to minimal level L; Whittaker 1975).

Let us imagine the case of stabilizing selection on a trait, i.e. selection for robustness.

Finally, we note that the existence of robustness QTL also suggests the absence of strong destabilizing selection, i.e. selection for trait variability, which could be advantageous for bet-hedging strategies.