In the first period the models show quite different trends of changes (REMO model simulation data show higher differences (−5 and 15 %) than ALADIN model simulation data (−10 and 0%%).
On the other hand, the two protomers of the bioactives clearly show higher differences in either the score-ordered rank or the docking score between the two preparations.
Pathways detected exclusively by GSNCA or by both tests show higher differences in weight factors than pathways detected exclusively by GSCA, whereas pathways detected exclusively by GSCA show higher difference in average correlations (Fig. 5).
Pathways detected exclusively by GSNCA show higher differences in weight factors than pathways detected exclusively by GSCA, whereas pathways detected exclusively by GSCA show higher differences in the average correlations (Fig. 5).
Samples from later developmental time points seem to show higher differences in fold expression between the sexes.
Pathways detected exclusively by GSNCA or by both tests again show higher differences in the weight factors than the pathways detected exclusively by GSCA; differences in the average correlations among the three groups of pathways are less pronounced than in the case of p53 data (Fig. 8).
Also, we propose that eight of the identified proteins (GSTP1, PLS3, MYOF, HSD17B12, PRDX2, APCS, PLA2G2A SERPINH1/HSP47 and MVP) could be used as potential markers for chondrocyte differentiation, since they show high difference in abundance levels and are identified with a very high frequency in the sample population that was tested.
Of 43 differentially expressed miRNAs in infarcted tissue compared to remote myocardium, 20 miRNAs showed similar expression also when infarcted tissue was compared to healthy human hearts, 4 were specifically differentially expressed in the present study, and 19 showed higher difference in expression in the present study.
We can see significant differences between the original and modified calculations to both polarities, which show high differences of both methods.
They also showed higher differences in stress (β = 4.8, p = 0.08).
For sequence attributes, transcriptional regulator gene pairs also showed higher differences in isoelectric points compared compared to all genes in large family size class.
