Sentence examples for understanding of brain functional from inspiring English sources

Broadly speaking, it has advanced the understanding of brain functional activity by fMRI in various cognitive and behavioral neuroscience applications, such as Alzheimer's disease [1], aging [2], autism [3], depression [4], schizophrenia [5], and attention-deficit hyperactivity disorder [6].

In this respect, proteomics provides a useful complimentary approach and takes the understanding of brain function closer to a functional and, therefore, disease-determining endpoint.

This paper presents a subjective view on the work that has been done combining machine learning with functional neuroimaging to advance the understanding of brain function.

In the last decade functional connectivity of the spontaneous cerebral activity measured by BOLD-fMRI has enhanced our understanding of the human brain functional architecture.

This article summarizes recent progress in our understanding of functional brain networks, highlights six major principles of large-scale brain organization, and describes how the brain's intrinsic functional architecture influences and constrains information processing.

This study provides a first step towards a better understanding of functional brain networks underlying higher cognitive functions in children with AgCC.

Lecturers with expertise contributed positively to students' perception that functional imaging can improve our understanding of normal brain function.

While a detailed understanding of brain activity with hand movements has developed, less is known about the functional anatomy of motor control for foot movements.

Thus, this study represents an interesting and challenging approach to clarify the overlapping community structure in the human brain network and would improve our understanding of how functional brain states are associated with their structure.

Accumulating knowledge has significantly contributed to our understanding of the brain's functional network architectures in health and disease.

Despite the abundant expression of RTN1A in the adult brain, our understanding of its functional role still remains elusive.