Looming in front of the bridge is an impressive bank of switchable plasma displays reminiscent of NASA which communicates real-time overall network system status, hub status, real-time weather maps, flight completion rate, even "Red Zone" flights that are highlighted for being not on time for departure or arrival or are diverting often due to weather and aerospace delay.
To examine this overlap further, we assessed whether the enrichment of bottlenecks in pathogen targets was dependent on their hub status within the integrated cell network.
Due to the absence of a main network hub in the ad hoc network, SUs must know the status of each other (such as the channel distribution for each SU and the geographical location) to start up the network and manage the communication process.
Some hubs (strong hubs) maintain a high ratio of the active connections among all the possible connections pertaining to them in the reference network (i.e. active ratio), and therefore keep their hub status in all the tissues where they are expressed (Fig. 2a and b).
One type preserves its hub status in all the tissues they are expressed in (strong hubs), whereas hubs of the other type switch into a non-hub in some of the tissues where they are expressed (weak hubs).
Some hubs (strong hubs) maintain the hub status in all the tissues where they are expressed, whereas others (weak hubs), in spite of their ubiquitous expression, are hubs only in some tissues.
The network evolution creates highly connected conserved nodes, called network hubs, and cancer-causing mutations tend to be observed for the network hub proteins [ 194].
Using the T2D genetic network, we identified highly-interconnected network "hub" genes.
Network analysis metrics and algorithms have been designed to identify network hub nodes and modules in a scale-free network.
Our results additionally showed inter-modular interactions via "network hubs".
Using node degree to identify network hubs, we identify six protein hubs (AKT2, EGFR, IL6, MAPK1, RAC1,2 and TP53).
