We may well see this concept becoming more complex as game makers continue to explore the connectivity between console/PC games and portable devices like smartphones and tablets.
To test this hypothesis, network analysis can be applied to further explore the connectivity between producers via the movement of pigs [ 10, 11, 13, 14], identify characteristics that may increase the influence of some producers on the spread of pathogen [ 10, 11] and whether this influence is permanent or restricted in time [ 40].
In an earlier paper [ 20], I explored the connectivities between persons, technologies and nature using Deleuze and Guattari's [ 25] notion of the Body without Organs (BwO) as follows: The disabled man who breathes with a ventilator, eats through a gastrostomy tube, talks through a voice synthesizer, moves with a wheelchair, is (or could be) becoming a BwO, playing with identity.
Third, we explored the connectivity of the hippocampus during scene construction and scene perception, and found significantly stronger connectivity between anterior medial hippocampus and a distributed set of brain areas during scene construction compared with scene perception.
The availability of a huge number of phenotypic states provided the unique opportunity to explore the global connectivity between phenotypes.
The study of Sheline et al. (2010, PNAS) in MDD was to explore the altered connectivity between the dorsal medial prefrontal cortex region and the three important networks: the cognitive control networks, default mode network, and affective network.
Future directions are to explore the functional connectivity between the DMN, periaqueductal gray (PAG), aINS, and pINS and key brain structures involved with cognitive, evaluative, and modulatory pain processing in older adults.
Future studies could also explore the functional connectivity between key structures involved in affective touch, such as the posterior insular cortex [ 11, 13, 23, 24, 31] and areas that have been shown to modulate the perception of affective touch based on top-down expectations, namely the orbitofrontal cortex [ 31 34] and the dorsal anterior cingulated cortex [ 34].
In this study, we aimed to identify the important proteins and the biological regulatory pathways involving in EH and further explore the molecular connectivity between these pathways by the topological analysis of the PPIs network derived from the proteins encoded by casual or susceptible genes for EH.
Although the interplay between different metabolic pathways could be missed in our visualization approach, we have previously shown that such a model provides a useful framework for exploring the connectivity of mRNAs, metabolites, lipids, and fluxes (Moxley et al. 2009).
In this study, we aimed to identify the key proteins and the biological regulatory pathways involving in EH and further to explore the molecular connectivities between these pathways by the topological analysis of the Protein-protein interaction (PPI) network.
