Sentence examples for multiple human brain from inspiring English sources

Zhong and Chen proposed Data-Brain, a new conceptual model of brain data, to explicitly represent various relationships among multiple human brain data sources, with respect to all major aspects and capabilities of human information processing systems [32].

Spread of amyloid seeding by ISF may also occur in multiple human brain diseases involving CAA.

In the present study, we explored the MCT8 mRNA expression across multiple human brain regions, using genome-wide expression profiles.

Spread of amyloid seeding by ISF may also occur in multiple human brain diseases involving cerebral amyloid angiopathy.

The frontal cortex is responsible for executive function, which may involve coordination of multiple human brain networks [ 17].

We illustrate our approach using microarray data generated from multiple human brain regions of control (CTRL) subjects and patients with Huntington's disease (HD) [ 14].

We next sought to investigate expression of G72 mRNA across a variety of human CNS regions, using Clontech MTN (Multiple Tissue Northern) human brain blots.

Not like other Dock-C members, Dock8 exhibits specific activity toward Cdc42 but not Rac1.,, Importantly, Dock8 is expressed in multiple regions of human brain, and mutations of the gene encoding Dock8 has been found in mental retardation and autism patients., This suggests that Dock8 may play important neural functions, which need further investigation.

Researchers have concluded that the love of music is not only a universal feature of the human species, found in every society known to anthropology, but is also deeply embedded in multiple structures of the human brain and is far more ancient than previously suspected.

As researchers conclude in the current issue of the journal Science, the love of music, that unslakable, unshakable, indescribable desire to sing and rejoice, rattle and roll, is not only a universal feature of the human species, found in every society known to anthropology, but is also deeply embedded in multiple structures of the human brain, and is far more ancient than previously suspected.

In summary, this exploratory study provides first evidence that systemic inflammation affects the coupling and regulation of multiple networks within the human brain at rest.