Sentence examples for understanding of brain function from inspiring English sources
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.
The approach for developing a better understanding of brain function is to construct neural network models with biologically realistic features.
A great scientist who made key discoveries which transformed the understanding of brain function and malfunction, Julius Axelrod's work was essential to modern knowledge and pharmacology of the central nervous system.
He joined MIT in 2013 and launched a lab devoted to developing and applying novel technologies for integrative and comprehensive understanding of brain function and dysfunction.
Microelectrode recording arrays of 60 100 electrodes are commonly used to record neuronal biopotentials, and these have aided our understanding of brain function, development and pathology.
Recent advances in behavioural and computational neuroscience, cognitive robotics, and in the hardware implementation of large-scale neural networks, provide the opportunity for an accelerated understanding of brain functions and for the design of interactive robotic systems based on brain-inspired control systems.
Neural electrodes could significantly enhance the quality of life for patients with sensory and/or motor deficits as well as improve our understanding of brain functions.
However, this differentiation is essential for our understanding of brain functioning.
New technologies are available to facilitate the translation of animal to human studies and help understanding of brain functions.
Because the heterogeneities of ES and iPS cells preclude the use of these materials as a stable supply of rapidly differentiated neurons, such an approach could contribute greatly to the understanding of brain functions and the development of regenerative medicine.
