Spontaneous activity in the sensory system

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Editorial

29 March 2018

Editorial: Spontaneous Activity in Sensory Systems

Kazuo Imaizumi

,

Edward S. Ruthazer

,

Jason N. MacLean

and

Charles C. Lee

4,393 views

6 citations

Editors

4

The Forsyth Institute

Louisiana State University

Jason N MacLean

The University of Chicago

Edward S Ruthazer

McGill University

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Spontaneous activity in the nervous system is defined as neural activity that is not driven by an external stimulus and is considered a problem for sensory processing and computation. However, spontaneous activity is not completely random and often has unique spatiotemporal patterns that instruct neural circuit development in the developing brain. Moreover, normal and aberrant patterns of spontaneous activity underlie behavioral states and diseased conditions in the adult brain. In this topic, we will discuss the propensity, mechanisms, and functions of spontaneous activity in sensory regions of the vertebrate brain, including the hippocampus and basal ganglia. Our goal is to define the state of knowledge in the field, the current challenges, and the future directions for research.

Spontaneous activity in the nervous system is defined as neural activity that is not driven by an external stimulus and is considered a problem for sensory processing and computation. However, spontaneous activity is not completely random and often has unique spatiotemporal patterns that instruct neural circuit development in the developing brain. Moreover, normal and aberrant patterns of spontaneous activity underlie behavioral states and diseased conditions in the adult brain. In this topic, we will discuss the propensity, mechanisms, and functions of spontaneous activity in sensory regions of the vertebrate brain, including the hippocampus and basal ganglia. Our goal is to define the state of knowledge in the field, the current challenges, and the future directions for research.

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Editors

The Forsyth Institute

Louisiana State University

Jason N MacLean

The University of Chicago

Edward S Ruthazer

McGill University

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116,366 Total views

79,642 Article views

22,304 Article downloads

14,420 Topic views

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Frontiers in Neural Circuits

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