Actual body weights for experimental subjects following the first (Day 3) and second (Day 5) water deprivation are presented in Table 2, along with average ad lib weights of animals of the same age and sex.
Values for each parameter were normalized on a scale of 0 1, each parameter was then multiplied by the given weight (40% for experimental evidence), and the weighted scores were summed.
Whole-brain maps, depicting β-weights for the experimental predictor functions from the first-level models were collated for group-level random effects analyses.
Sensitivities, which describe the influence of parametric uncertainties on the economic objective used in process optimization, are used as weights for optimal experimental design.
Specifically, we used the regions of interest for each participant to compute the mean value of the beta weights for each experimental condition estimated from the general linear model.
On the other hand, for the supervised method, the a priori classification information of conditions is encoded by a binary variable κi,k, which gives the same weight for all the experimental conditions that are in the same group.
Table 1 shows the changes in body weight for all the experimental groups.
This chapter offers a recipe for obtaining high-resolution information for both the shape and the molecular weight distributions of complex mixtures that are heterogeneous in shape and molecular weight and provides suggestions for experimental design to optimize information content.
Group IV Mice received normal food along with chloroform extract of L. multiflorum 300 mg/kg of body weight for seven weeks After experimental periods, the mice weight was measured.
In contrast, in studies by Perumal et al. [ 35] and Padmavathi et al. [ 36], although there was no initial significant change in body weight for the control and experimental rats, there was a significant (p < 0.001) decrease in body weight for DMBA-induced tumours in female SD rats at the end of the study.
