The mean weights of all the different ages differed significantly (p < 0.05) from each other.
In an analysis of change between the different ages, differences in BMI for different age groups are calculated and regressed on the BMI of each of the other family members in turn.
However, there were no significant differences among the different ages on Tvol (χ=5.910, P=0.433).
There were statistically significant differences between the different ages therefore hydrocephalus and control groups of the same age were compared using two-tailed Student's t test.
This burden was increased during in vitro development (one‐way ANOVA, P < 0.001, Holm Sidak post hoc test showed differences between all the different ages, P < 0.05; Table 1).
Most other differences were dependent on the different ages of the 2 groups.
The differences among the studies may be explained by the different ages of the populations and the different methodologies used, including differences in the study settings and in the questionnaires.
Moreover, the mean duration and peak frequencies of these types of calls are not identical in 8 day and 30 day old B6 mice, most likely due to the different ages of the subjects and differences in the test conditions.
When the ages of all patients were plotted against the benefit index for direct correlation, we could not see any difference for the mean benefit index among the different ages (Fig. 1b).
Once the literature has affirmed that there are differences in the contribution of SES to the different ages, we made the structural models by age range (6 7, 8 9, 10 12).
Swimming speed did not differ during the probe trial between the groups or the different ages tested (Fig. 7a c).
