All metabolites show a significant genetic effect with heritability levels varying between the categories (Methods), similarly to [ 39].> Accumulation levels measured across the entire population were used for constructing a metabolite versus metabolite correlation matrix.
In [25], it is proved that the set of extremal solutions of a differential inclusion in ({mathbb{R}}^{N}) is path connected based on the Baire category method.
Based on the Baire category method, De Blasi and Pianigiani in [21] gave an existence result for the following problem: left { textstylebegin{array}{l} nabla{u}in operatorname{ext}F x,u quad mbox{a.e.e
The surrogate exposure category method differed slightly with less consistent dose response categories found for the unadjusted phthalate metabolite levels.
This was, however, taken into consideration in the statistical analysis by allowing agreement in observations where the result of the four-category method was bilaterally problematic and the result of the three-category method was either a left or a right hind limb problem.
The adjacent categories method, applying the Wilcoxon– Mann Whitney test, was used to determine which age categories had significantly different PSP concentrations as described [ 15].
Subspace system identification methods refer to the category of methods which obtain state space models from subspaces of certain matrices constructed from the input-output data [1].
The adjacent categories method was used to determine which age categories had significantly different PSP concentrations.
Feeding frequency was graded according to the following categories: method frequently used, used moderately, infrequently used, not used.
