<p><b>(A)</b> An example of 9 connected neurons (circles). Lines signify connections. <b>(B)</b> After the brain is homogenized, the only remaining information is a record of the connections. Connections are shown here as adjacent circles. <b>(C)</b> A connectivity matrix is constructed describing the connections between neurons. Gray signifies a connection. Since connections are correlated with how close neurons are to one another, this connectivity matrix can be treated as the similarity matrix. <b>(D)</b> The neurons are puzzled back together. The formation may be rotated or flipped, as shown here.</p
A recent publication provides the network graph for a neocortical microcircuit comprising 8 million ...
International audienceStructure–function studies of neuronal networks have recently benefited from c...
Many kinds of complex systems exhibit characteristic patterns of temporal correlations that emerge a...
<p><b>(A)</b> An example of 6 “neurons” (lines) going through 4 voxels. Each neuron has a unique DNA...
We introduce comparative connectomics, the quantitative study of cross-species commonalities and var...
The human brain is a complex, interconnected network par excellence. Accurate and informative mappin...
Brain networks, localized or brain-wide, exist only at the cellular level, i.e., between specific pr...
Recent advances in non-invasive neuroimaging have enabled the measurement of connections between dis...
Construction of comprehensive and detailed brain regions neuroanatomical connections matrices (macro...
˜Connectivity and Functional Specialization in the Brain' is a topic that describes nerve cells in t...
neurological and psychiatric disorders The appropriate function of the nervous system relies on prec...
Central to macro-connectomics and much of systems neuroscience is the idea that we can summarise mac...
This paper describes how to analytically characterize the connectivity of neuromorphic networks tak...
In A, the T1 image is normalized, and segmented (into CSF, gray and white matter). The gray matter i...
Central to macro-connectomics and much of systems neuroscience is the idea that we can summarise mac...
A recent publication provides the network graph for a neocortical microcircuit comprising 8 million ...
International audienceStructure–function studies of neuronal networks have recently benefited from c...
Many kinds of complex systems exhibit characteristic patterns of temporal correlations that emerge a...
<p><b>(A)</b> An example of 6 “neurons” (lines) going through 4 voxels. Each neuron has a unique DNA...
We introduce comparative connectomics, the quantitative study of cross-species commonalities and var...
The human brain is a complex, interconnected network par excellence. Accurate and informative mappin...
Brain networks, localized or brain-wide, exist only at the cellular level, i.e., between specific pr...
Recent advances in non-invasive neuroimaging have enabled the measurement of connections between dis...
Construction of comprehensive and detailed brain regions neuroanatomical connections matrices (macro...
˜Connectivity and Functional Specialization in the Brain' is a topic that describes nerve cells in t...
neurological and psychiatric disorders The appropriate function of the nervous system relies on prec...
Central to macro-connectomics and much of systems neuroscience is the idea that we can summarise mac...
This paper describes how to analytically characterize the connectivity of neuromorphic networks tak...
In A, the T1 image is normalized, and segmented (into CSF, gray and white matter). The gray matter i...
Central to macro-connectomics and much of systems neuroscience is the idea that we can summarise mac...
A recent publication provides the network graph for a neocortical microcircuit comprising 8 million ...
International audienceStructure–function studies of neuronal networks have recently benefited from c...
Many kinds of complex systems exhibit characteristic patterns of temporal correlations that emerge a...