The second aim was to study the interrelationships between these variables and to analyze the between-animal variability to better understand the between-animal differences in acidosis susceptibility.
Connections between these variables and ac are derived.
Relations between these variables and stomatitis were analyzed statistically.
Moreover, we could not find a link between these variables and generous behaviour (Pearson correlation; n=48, all P's>0.2; see Supplementary Table 3 for details).
The paper draws together recent literature demonstrating the complex interplay between these variables, and highlights the many etiological pathways.
Little, however, is known about the relationship between these variables and whether these too are genetically correlated.
Results indicate a good correlation between these variables and soil structural parameters, which is due to the homogeneous mineralogical composition of Dutch clayey soils.
For the first time, a correlation was developed between these variables and the size, polydispersity index (PDI), morphology, conversion, and yield of the containers produced by emulsion polymerization.
Additional simulations employing fields of lower variance and lower densities illustrate the delicate balance between these variables and the ability of the field to propagate unstable perturbations.
There was no significant interaction between these variables, and the pH value played the most important role in terms of contaminant degradation.
Previously derived relationships between these variables and mechanical/geophysical parameters properly fit the measurements gathered with Mount Elbert specimens at different hydrate saturations and effective stress levels.
