Functional pathway analysis of the differentially expressed genes was performed using "Ingenuity Pathways Analysis" (IPA, http://www.Ingenuity.com) a web-delivered application that enables to discover and analyze functional relation between differentially expressed genes.
We aimed to elucidate the functional significance in evolutional changes in the genome structure, such as intron insertion and gene duplication, and the interactive relation between the expressed protein structure and the genomic structural changes.
To check whether the Cr-specific motifs were indeed significantly over represented in the promoter regions of Cr-responsive genes, occurrence of these motifs in whole genome sequence was carried out which suggests significant co-relation between differentially expressed genes and identified motifs.
There appears to be a linear relation between data quality (expressed by means of the standard deviation of the normal distribution assumed on experimental data) and model parameter uncertainty (expressed by means of the standard deviation of the model parameter distribution).
The index calculus method can be adapted to elliptic curves to compute the discrete logarithm of Q with respect to P. As shown in Algorithm 1, we first select a factor base F⊂E α,β and we perform a relation search expressed as the loop between the line 3 and 7 of Algorithm 1.
In particular the user can: correct referenced entities correct relations expressed between two entities add new entity references add new relation instance occurrences.
P values for the relation between cathepsin B expressing breast carcinoma cells, of both IBC and non-IBC, and caveolin-1 protein expression were assessed with a chi-square test.
They do not, however, ensure that any two-place predicate does express identity within a particular theory, for it may simply be that the descriptive resources of the theory are insufficiently rich to distinguish items between which the equivalence relation expressed by the predicate holds ("Identity" in Geach 1972).
correct relations expressed between two entities.
The relation between all bits is expressed by the JNCC, whose parity-check matrix has the following general form, (1).
