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The cerebral anatomical network, which characterizes the global architecture of the anatomical connection pattern in the human brain, is critically important for understanding the underlying structural substrate of brain functions and can be expected to provide new insights into the ways that brain function is affected in certain disease states [4], [10].
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These approaches consider the whole connection patterns in the network.
(As we discuss below, data set (4) was used originally to study connection patterns in the cerebral cortex).
Diffusion tensor imaging (DTI), high angular resolution diffusion imaging (HARDI), and diffusion spectrum imaging (DSI) have been widely used in the neuroimaging field to examine the macro-scale fiber connection patterns in the cerebral cortex.
By planting new actors and connection patterns in the anonymized social network sophisticatedly, the adversary is able to identify the new actors as well as the targeted actors if the generated connection patterns are uniquely stand out in the anonymized network.
To construct anatomical networks for various mammalian species, researchers have used axonal tracing methods to chart macroscopic connection patterns in the cerebral cortex [18] [22].
They then look for connection patterns in the human and find two regions as well.
Recently, two ambitious scientific research projects, the Human Brain Project (by the European Union) [ 54, 55] and the BRAIN Initiative (by the United States) [ 56, 57], were launched to map these connection patterns in the human brain.
Thus, the statistically significant abundance of tetramer-like connection patterns in the MADS network does not depend on the assumption that interactions derived from three-hybrid data are pairwise.
In order to find out whether the abundance of the different connection patterns in the MADS network is significant, we compared our counts to those of randomized networks that we used as reference.
Welded hollow spherical joints are extensively used as a connection pattern in space lattice structures.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com