Sentence examples for counterpart means from inspiring English sources

Note that in neither of these models do the GMO and counterpart means contribute to the residual variance component because of the presence of the fixed factor GenotypeGroup.

Again the same three options for the counterpart mean were investigated.

The performance of the equivalence tests was independent of the choice of the counterpart mean.

The 90% confidence limits (dlow, dupp) are expressed on the scale of ratio GMO to counterpart mean.

When the counterpart mean was chosen equal to the GMO mean, the theoretical size of the difference test (0.1) was reproduced.

As in the first study the theoretical size of the difference test (0.1) was reproduced when the counterpart mean was chosen equal to the GMO mean, and again, the results for the equivalence tests did not depend on the choice of the counterpart mean.

When the counterpart mean was a random draw from the reference distribution or was set equal to the reference mean, there were almost always true differences between GMO and counterpart, and these were detected with a power around 80%.

For the test of difference (test D) calculate 90% confidence limits as m G ± lsd GC 1 95); when the counterpart mean m C falls outside this confidence interval the difference between GMO and counterpart is statistically significant.

Here the GMO mean was varied systematically, deviating between dif = 0% and dif = 65% from the reference mean, and the counterpart mean was set equal to the reference mean.

In a third series of simulations the counterpart mean was set to be equal to the reference mean (identically equal to 0), and the GMO mean was varied systematically to investigate the power of the tests.

Three options for setting the counterpart mean were investigated: a) equivalent to the reference mean (its value was set by making another draw from this same normal distribution); b) equal to the reference mean (its value was set to 0); or c) its value was set identically equal to the GMO mean.