Exemplos de uso de Variance components em Inglês e suas traduções para o Português
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Application of variance components.
Estimates of variance components and genetic parameters were obtained using the remi/ blup method.
Simulation of data aiming at the estimation of variance components and heritabil….
Differences in within-person variance components were observed for some nutrients according to gender.
At a 5% level,it is possible to reject the null hypothesis that specific variance components are equal to zero H0.
The variations in the market variance components,?AV and?AC, were calculated as described in item 3.5.
To make the selection effective it is necessary to estimate the(co)variance components and genetic parameters.
Variance components and a 95% confidence interval were used throughout the analysis.
In column 4 the two market variance components in the regression are included.
Variance components were estimated by restricted maximum likelihood under multi-trait animal model.
Comparison of estimation methods for variance components and genetic parameters considering….
The variance components were estimated through restricted maximum likelihood with a and h matrix.
Among other purposes,it enables the adjustment of nutrient intake distribution using external variance components.
Variance components were estimated using bayesian inference and convergence diagnostics was performed by geweke method.
A sample of adolescents similar to that used to calculate within-person variance components was used in the example.
Estimates of variance components and genetic parameters were performed by the method of restricted maximum likelihood reml/ blup.
Figures 1.b and 1.c show, separately,graphics of the market variance components- average variance 1.b and average correlation 1.c.
For the estimation of variance components, heritability and common environmental effect were performed univariate analyzes using animal model.
Descriptive measures of consumption mean, standard deviation, standard error andpercentiles and within- and between-person variance components were generated for each nutrient.
Among males, high within-person variance components were observed for energy, carbohydrates and lipids, whereas those for proteins were low.
We estimated the heterosis(%) present in each topcross, the correlation between performance per se with heterosis andthe topcross mean, and the variance components, heritability and realized heritability.
Residual and genetic additive variance components, heritability coefficients, and genetic and phenotypic correlations were estimated.
Who compared the prevalence of inadequate vitamin C intake in a sample of North-American individuals using variance components from two studies, one American and the other Russian.
Table 1 shows the within-person variance components and the fourth moment of energy and nutrient intake distribution in males and females.
The aim of the study was to evaluate genetic,estimate variance components for morphological characteristics, and production of guaraná progenies.
From the variance components, we obtained the mean estimates of phenotypic variance?p and genetic variance?g. On the basis of these estimates, the mean coefficient of heritability was calculated hm and the coefficient of genetic variation CVg.
The median estimates of the distributions functions posterior density of variance components and corresponding estimates of heritability and genetic correlations(gc) of y270.
Estimates of variance components were obtained by restricted maximum likelihood derivative free method, using the mtdfreml through animal models bicarácter.
For greater efficiency and accuracy in the estimation of variance components was employed intra-block analysis with recovery of inter-block information.
In analyses reaction norm, the variance components were regressed on the average of my, fy and py, adjusted for each class of environmental descriptors(ed) in univariate-trait in animal models.