Sentence examples for multiplicative trait from inspiring English sources

It has been suggested that yield is a multiplicative trait that integrates quantitative variation for other traits [17] [18].

It has been suggested that plant yield is a multiplicative trait that integrates variation from several other traits and therefore it may be expected that this trait would exhibit higher levels of heterosis [17] [18].

In such cases, dominance at QTL is not necessary to explain heterosis in the multiplicative trait.

This multiplicative interaction between complementary component differences in the parents is a heterosis model without dominance, but heterosis in a multiplicative trait can also be due to the multiplicative interaction of component dominance [ 7].

We identified regions with a putative multiplicative effect for all traits.

The loci fitness function lf considers the multiplicative effect of each ecological trait to the individual fitness.

In addition, contributions of risk alleles to complex traits may not fit basal multiplicative and/or threshold models, and studies performed to date may not have had sufficient power, or appropriate theory, to assess non-linear (i.e., epistatic and genotype-by-environment) models.

In Additive Main effects and Multiplicative Interaction effects (AMMI) analyses among twelve traits, the first two components explained most of the variation (~100%) of G × E interaction effect, of which component1 explained more than 75% of G × E variation for days to 50% flowering, plant height and flag leaf length and for remaining traits it explained G × E in the range of 61.9-69.861.9-69.8%

Heterosis in a complex trait can also result from the multiplicative interaction between additive and negatively correlated components ([ 7, 8] p68]71]).

RRGS appeared as a valuable method to achieve a long-term increase in the performance for a trait showing heterosis due to the multiplicative interaction between additive and negatively correlated components, such as oil palm bunch production.

We showed that reciprocal recurrent genomic selection (RRGS) was a valuable method to achieve a long-term increase in the performance for a trait showing heterosis due to the multiplicative interaction between additive and negatively correlated components.