Hence the patterns can be studied in network perspective.
In addition, MS patterns can be studied in two additional groups: patients with a history of VTE but not an acute VTE (examining the proteomic profile of chronic VTE in the absence of an acute event); and patients with a chronic inflammatory condition, in the absence of VTE.
For example, biologic and psychosocial risk markers and lifestyle patterns can be studied (33– 33).
In addition, by juxtaposing these microarray findings with DNA comparative algorithms, the regulation of genes co-ordinately expressed in specific spatial and temporal patterns can be studied at a mechanistic level.
The principles of pattern formation in embryogenesis can be studied in Drosophila by means of a powerful combination of genetic and transplantation experiments.
These factors as well the emerging patterns of speaking anxiety can be studied from an ecological perspective.
Patterns of co-variation can be studied in multiple experimental crosses and in multiple tissues [ 27, 28].
Since the patterns of gene expression can be studied across the entire genome, it is known that binding of transcription factor complexes to regulatory sequences of genes is not the only mechanism controlling gene expression.
Alternatively, anatomical connectivity patterns in the brain can be studied on the basis of MRI-derived regional volume covariance between putatively connected areas with common maturation pathways [ Mechelli et al., 2005; Soriano-Mas et al., 2013].
