Sentence examples for between each trait at from inspiring English sources
Association between each trait at each polymorphic SNP was assessed using linear regression, where the simulated trait values across the 565 individuals were regressed onto the numeric code of each SNP genotype (i.e. 0, 1, or 2 copies of the alleles); this tested the null hypothesis of the additive allelic effect on the trait.
The genetic correlations between all QTTs associated with each trait at P < 0.01 were computed after removing the correlation between these transcripts and the trait.
Each trait at 4 weeks of age was correlated to seed production at senescence (10 weeks) linear regression in R to estimate a link between traits and reproductive output [ 42].
The exact same logic is used in multivariate analyses to decompose the covariance between traits (or, as in the present case, between the 'same' trait at different ages) into genetic and environmental sources.
The lists of proposed traits were used extensively because each trait was mentioned at least once.
Correlations were also found for each trait between organs.
We start by calculating associations between each transcript and each variant (a 'variant transcript association') and correlations between each transcript and each trait (a 'transcript trait correlation').
Type B genetic correlation estimates (r B ) between genotypes at different environments for each trait (Burdon [1977]) were obtained directly using the CORR command within the ASReml program to structure the G matrix for the additive genetic component estimated by each model; all other model terms were considered independent for each site.
Relative differences between strain mean rank for each trait (table1) allude to trait-dependent genetic involvement.
Briefly, correlations were required to be present in at least half of the field environments measured (between 5 and 10 for each trait) as well as for the overall trait mean across grow-outs to avoid false positives.
Thus, the QTL effect at the marker was twice the estimated additive effect divided by the phenotypic difference between the founder breeds for each trait.
