Sentence examples for be attributed to additive from inspiring English sources

The greater antiproliferative activity of combination therapy (EQ) may be attributed to additive effect of single drug treatments.

Constrained effects can be attributed to additive genetic variance (VA), unconstrained individual effects to 'permanent environment effects' (VE) and other individual effects to residual error (Ve).

Moreover, it is possible that our findings can be attributed to additive or synergistic effects of several bioactive compounds from the extract and not to a single one.

We estimated heritability (0.25) that was about one-third of the repeatability, indicating that one-third of the among-individual variation in length could be attributed to additive genetic effects.

Using the twin method, phenotypic variance may be attributed to additive genetic effects (A), dominant genetic effects (D) or shared environmental effects (C), and non-shared environmental (E) effects.

However, although approximately half of the variance in both migratory and precocious mature life histories can be attributed to additive genetic variance, the other half is due to nonadditive genetic (epistasis and dominance) and environmental effects, which remain to influence the adoption of these tactics.

For plant height, the phenotypic variation was attributed to additive (a 1 and a 2) and some dominance (d 1 and d 2) and epistatic (I a1a2 and I d1a2) effects of qPH1 and qPH7 in the greenhouse, or to a 1, a 2, d 1, and I a1a2 in the field environment; qPH1 had a greater main effect than qPH7.

Ample evidence shows that much of the variation in migration and spawn timing in salmonid fishes is attributed to additive genetic variation (Carlson and Seamons 2008).

The latter is fundamental to estimate the genetic parameters for complex traits such as heritability (defined as the proportion of the phenotypic variance in a population that is attributed to additive genetic effects).

The dependence of biennial plants on photothermal induction complicates bolting control in cultivated crops in which a large proportion of genetic variation is attributed to additive inheritance (Sadeghian and Johansson, 1993).

Furthermore, 30% of the total genetic variance was attributed to additive effects, 27% was due to dominance effects, 14% was attributed to (A × A) effects, 25% was due to (D × A) and (A × D) effects, and 4% was due to (D × D) effects.