Sentence examples for brain organization and function from inspiring English sources
Revealing the mechanisms for neuronal somatic diversification remains a central challenge for understanding individual differences in brain organization and function.
This can be naturally affected by different genetic and environmental factors during the intrauterine period, leading, thereby, to individual differences in brain organization and function after birth [3].
These results reveal that DNA methylation patterns vary markedly between cerebral and cerebellar cortices and further demonstrate that the genome of the cerebellum is hypomethylated as compared to regions of the cerebral cortex, suggesting a potential role for DNA methylation in brain organization and function.
These seminal studies relied on detailed histological analysis of postmortem brains and have guided our descriptions of human brain organization and function.
These studies with a specific neurodevelopmental disorder that presents a rare dissociation of higher cortical functioning may provide opportunities to explore some of the central issues of cognitive neuroscience that tie cognitive functions to brain organization and ultimately to the human genome.
Understanding brain circuit organization and function requires systematic dissection of its cellular components.
Through exploration of the brain's organization and function, the Center will aim to clarify the workings of the mind the mental processes that permit us to perceive, act, learn, and remember, and that govern the individuality of human action.
Resting State Functional Connectivity (RSFC) reveals properties related to the brain's underlying organization and function.
NLGN proteins are postsynaptic adhesion proteins, expressed in brain, essential for synapse organization and function [ 19].
Network Neuroscience features innovative scientific work that significantly advances our understanding of network organization and function in the brain across all scales, from molecules and neurons to circuits and systems.
Randy Buckner's laboratory explores the organization and function of large-scale human brain networks that contribute to high-level cognition.
