The variables in the table are ordered by p-values (most significant listed first).
This difference was qualitatively assessed by dividing the genes into quartiles of equal number, ordered by observed values in AS, with the first quartile representing the highest expressing genes, the second quartile representing mid-level expression genes, and the third and fourth quartile defining the genes with the lowest levels of transcripts (Figure 1B).
First, patients are ordered by expression value of a given gene.
Values are ordered by increasing AIC value.
Order the numbers, the biggest value first.
Associations were ordered by confidence, sorting on following criteria: high/low confidence, p-value (low to high), and recency.
For the optimized batch, the highest value of the correlation coefficient (R=0.9941) was observed for Higuchi׳s model, followed by the first-order (R=0.9894) and zero order (R=0.8842) models, as shown in Fig. 5.
For the models with GH, two second-order combinations with the highest KWII values were considered; for models without genetic heterogeneity, only the second-order combination highest KWII value was considered.
The pseudo-first-order model has the higher value of R 2 and the lower value of ∆q (Fig. 6).
The adsorption of Hg by the yeasts follows pseudo-second-order kinetics, as inferred by the high values of R. The desorption of Hg from Hg-adsorbed resting yeast cells is shown for strain Idd1 and strain Idd2 (Table 2).
All the second-order or quadratic main effects of the extraction variables were found to be significant; the negative values of all the quadratic main effects suggested that all the constituents had an adverse effect at experimental outcomes, at higher concentration, which was overcome by higher positive first-order main effects.
