Based on findings of consistent age-related differences in activation patterns and functional network topology across memory encoding and recognition tasks, Grady et al. and Wang et al. argued that age-related changes in brain network organization derive from a common, domain-general factor [26], [39].
Not only do these models or archetypes provide an holistic view of an organization, compared to other forms of organizations derived from the same taxonomy, but they also permit the assessment of change over time, when an organization passes from one archetype to another [ 23, 25, 30].
Two main types of configurations resulting from the configurational approach have been put forward: 1) typologies, which are conceptually defined classifications, and 2) taxonomies, that are classifications into relatively homogeneous groups of entities (such as organizations) derived from empirical work, using multivariate analyses [ 15, 21].
It is a well-defined set of organizations deriving from the intersection between the set of corporate foundations and that of family foundations.
It is a well-defined set of organizations deriving from the intersection between the set of corporate foundations and that of family foundations (Figure 1). Figure 1 Family business foundation.
Outside of medicine, it is widely accepted that most of the opportunities to improve the performance of complex organizations derive from improving the structures and processes that they consist of.
We discuss a model of the underlying functional nuclear organization derived mostly from electron and super-resolved fluorescence microscopy studies.
In the cyclomeric theory, occasionally described in textbooks, the serial organization is derived from the gut pouches of an initially radial organized, cnidarian-like ancestor.
These findings suggest that IGE GTCS is likely associated with a disrupted brain organization probably derived from abnormal functional interactions among ICNs.
