sphaeroides and E. coli used for differential gene expression comparison were taken directly from published results and presented in congruent style [ 6, 18].
Characteristic site-specific degeneration patterns in patients with SCA6 could be useful for differential diagnoses, but comparisons with patients with multiple system atrophy, other types of SCA, or secondary ataxia are necessary.
Those scans could then be used to train SVMs either for differential diagnosis or for comparison against healthy controls.
The smRNA libraries were scaled by the geometric mean normalization method implemented in DESeq 1.12.0 [ 95] and tested for differential expression via pairwise comparison of experimental treatments (i.e. 4°C, 16°C, 34°C, 36°C, 20 g, 60 g, DC, DS) to the selected reference condition noon with an FDR of 0.1.
Next, we tested for differential expression in our comparisons for each exon separately [see Materials and Methods and [ 25], and then used existing gene models to make inferences about differential expression of isoforms.
By using a novel constructive approach based on some comparison techniques for differential inequalities, an improvement theorem of fixed-time stability for impulsive dynamical systems is established.
If ( Z 1 ( t ), Z 2 ( t ) ) is a solution of system (12) with nonnegative initial values ( Z 1 ( 0 ), Z 2 ( 0 ) ), then by the comparison principle for differential equations, we have I ( t ) ≤ Z 1 ( t ), Y ( t ) ≤ Z 2 ( t ) for all t ≥ 0. Hence, together with the positivity of the solution, we have lim t → ∞ I ( t ) = 0, lim t → ∞ Y ( t ) = 0.
- P-value associated to the statistical analysis for differential expression adjusted for multiple comparisons.
For differential gene expression analysis, pairwise comparisons of datasets from plants inoculated with AcH 505 versus non-inoculated plants [differentially expressed contigs (DECs) in AcH 505 inoculated plants] and plants inoculated with AcH 505 and P. croceum versus non-inoculated plants [DECs in co-inoculated plants] were performed for roots and leaves at RF and SF respectively.
