Correlated neuronal activity and the flow of neural information
E Salinas, TJ Sejnowski - Nature reviews neuroscience, 2001 - nature.com
Nature reviews neuroscience, 2001•nature.com
For years we have known that cortical neurons collectively have synchronous or oscillatory
patterns of activity, the frequencies and temporal dynamics of which are associated with
distinct behavioural states. Although the function of these oscillations has remained obscure,
recent experimental and theoretical results indicate that correlated fluctuations might be
important for cortical processes, such as attention, that control the flow of information in the
brain.
patterns of activity, the frequencies and temporal dynamics of which are associated with
distinct behavioural states. Although the function of these oscillations has remained obscure,
recent experimental and theoretical results indicate that correlated fluctuations might be
important for cortical processes, such as attention, that control the flow of information in the
brain.
Abstract
For years we have known that cortical neurons collectively have synchronous or oscillatory patterns of activity, the frequencies and temporal dynamics of which are associated with distinct behavioural states. Although the function of these oscillations has remained obscure, recent experimental and theoretical results indicate that correlated fluctuations might be important for cortical processes, such as attention, that control the flow of information in the brain.
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