Pain behavior is important for experimental migraine studies.
These two areas are important for experimental science, but they constitute general principles, so that in themselves and without experiment, they do not provide access to minute, detailed experiments.
Thus, this is important for experimental design.
Robustness of the inference approximation is important for experimental design, since decisions should not be based on numerical instability artefacts of the method, but on the data alone.
As the scientific database regarding the biological effects of EMFs emitted by modern telecommunications continues to grow, it is important for experimental study designs to grow in rigor and provide a more informed basis for interpretation.
The information on parameter correlations (e.g. correlated groups, correlated forms in a group etc). is important for experimental design, so that a series of experimental runs with determined conditions can be carried out to acquire proper measurement data sets for improving the quality of parameter estimation.
Although 6,857 genes are not the full complement of genes expressed in vertebrates, they provide a statistically robust measure of differences between stages, which is important for experimental sciences that explore embryo responses to altered environments, chemical exposures and physiological differences.
Although the effect of the perfusion-ventilation mismatch is small, it can be important for some experimental measurements.
STZ also offers the additional benefit of being able to select specific traits of interest, which can be important for specific experimental design [ 37].
The reaction of ethylene with the HO2 radical was also found to be important for autoignition under the current experimental conditions.
