In the down-regulated genes, there was an over-representation of the protein kinase cascade and response to stress functional categories as well as an under-representation of categories related to metabolic processes.
All participants of this study stressed that functional impairment in people with SMD is associated with stigma, severe poverty, and family burden.
A p-norm stress functional is used to aggregate stresses in a single constraint.
Similarly Grassini and Nordin [15] hypothesized the central sensitization may explain depression, anxiety, stress, functional somatic syndromes, and somatization in patients with migraine.
A stress functional that incorporates a regularity condition in time could compute an optimal sequence of layouts, computed over many snapshots.
We remark that w_{ij}=0 quad iffquad delta_{ij}=1, (18) meaning that under this condition of maximal dissimilarity of i with j, that particular dissimilarity does not directly affect the computed stress functional or the resultant BiFold embedding.
Application of a different bioinformatic tool, GeneMania, a co-expression network was obtained which highlighted a stress functional gene cluster.
These transcriptional changes can result in successful adaptations leading to stress tolerance by regulating gene expression and signal transduction in the stress response (regulatory proteins) or directly protecting the plant against environmental stress (functional proteins) [ 11].
In contrast, under low P stress functional enrichment was only found for the up-regulated features, among them transcripts from oxidative stress, polysaccharide metabolism, phosphate transport, cell wall degradation and alcohol metabolism (Table 5).
In order to compare the profile of genes expressed in the two plant lines in response to drought stress, functional categorizations of the differentially expressed genes were obtained from The Arabidopsis Information Resource (TAIR; http://www.arabidopsis.org) and compared.
These pathways have many common characteristics; for example, AMPK can regulate the function of all these pathways, and many of them target the regulation of autophagy and oxidative stress, functional hallmarks of the aging process (Salminen & Kaarniranta, 2012).
