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2004•Journal of NeuroscienceOpen access

Neuronal Oscillations in the Basal Ganglia and Movement Disorders: Evidence from Whole Animal and Human Recordings: Figure 1.

William D. Hutchison, Jonathan O. Dostrovsky, Judith R. Walters, Richard Courtemanche, Thomas Boraud, Joshua A. Goldberg, Peter Brown

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Abstract

Neuronal oscillations underlie a number of physiological processes, such as respiration, diurnal rhythms of the sleep-wake cycle, and gait. Oscillatory activity can be observed in many different brain regions and can be synchronized across these different regions or nuclei. Oscillatory activity has

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Neuronal oscillations underlie a number of physiological processes, such as respiration, diurnal rhythms of the sleep-wake cycle, and gait. Oscillatory activity can be observed in many different brain regions and can be synchronized across these different regions or nuclei. Oscillatory activity has

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Available abstract

Neuronal oscillations underlie a number of physiological processes, such as respiration, diurnal rhythms of the sleep-wake cycle, and gait. Oscillatory activity can be observed in many different brain regions and can be synchronized across these different regions or nuclei. Oscillatory activity has

Key concepts: Basal ganglia, Neuroscience, Rhythm, Premovement neuronal activity, Basal (medicine), Psychology, Biology, Central nervous system

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