The number of comparison violations by the same rater is shown in column 5 (i.e., the proportion of correlations of the same clinicians' ratings of the same patient on different constructs that exceed the convergent correlation).
The number of comparison violations by the different raters is shown in column 6 (i.e., the proportion of correlations between different clinicians' ratings of the same patient on different constructs that exceed the convergent correlation).
The total number of comparison violations is shown in column 4 (i.e., proportion of correlations between the construct and any other construct rated by either the same or a different clinican that exceed the convergent correlation).
To obtain an overview and assess proportions of correlation differences as proposed by the COSMIN guidelines is difficult and not readily accessible.
Multivariate results separately for males and females – phenotypic, genetic and nonshared environmental correlations, and proportion of phenotypic correlation explained by A, C and E. Table A3.
Multivariate results for the full ACE model – phenotypic, genetic and environmental correlations, and proportion of phenotypic correlation explained by A, C and E.
The ratio of h2.xy to the phenotypic group correlation between phenotypes indicates the proportion of the correlation explained by additive genetic factors.
This approach helps discard spurious correlation co-efficients i.e. arrangements where a large proportion of the correlation between two genes is actually attributable to the presence of a third gene.
We performed meta-analysis (see section Meta-analysis) of gene gene correlations and removed unexpected correlations (see section Proportion of unexpected correlations) and obtained a network of 1,275 nodes and 13,714 links with an FDR cutoff of 5%.
Given that the correlation is lower in general it is possible that a smaller number of markers would explain a larger proportion of the correlation.
Overall, we show that, beyond the relative proportion of nucleotides, correlation properties derived from their sequential position within the genome hide relevant phylogenetic and ecological information.
