Fast network oscillations in the hippocampus: phenomena, mechanisms and open questions between cellular and systemic neurosciences

Tools

Item Type:	Review
Title:	Fast network oscillations in the hippocampus: phenomena, mechanisms and open questions between cellular and systemic neurosciences
Creators Name:	Maier, N., Draguhn, A., Schmitz, D. and Both, M.
Abstract:	Neuronal networks often express coherent oscillatory activity. These rhythms can provide a temporal reference for the activity of single neurons and allow the formation of spatiotemporal activity-patterns with defined phase-relationship of action potentials. In a single brain nucleus, oscillations at different frequencies might be simultaneously generated, but isolated rhythms might also be characteristic for specific functional brain states. During the last two decades the mammalian hippocampus has become an important model-system for the study of neuronal network-oscillations. In this brain area, cellular mechanisms underlying neuronal synchronization have been described, but also models were developed to explain the contribution of oscillations in encoding, consolidation and recall of memories. Neuronal rhythmic activities provide an important field of analysis bringing together cellular mechanisms and systemic functions of the brain. Here, we use a particularly fast type of neuronal oscillation, hippocampal 'ripples', as an example to outline current knowledge and open questions related with this research field.
Keywords:	Neuronal Network Oscillation, Learning and Memory, Hippocampus, Cellular Mechanisms, Ripples
Source:	e-Neuroforum
ISSN:	1868-856X
Publisher:	Spektrum Akademischer Verlag
Volume:	4
Number:	1
Page Range:	1-10
Date:	March 2013
Official Publication:	https://doi.org/10.1007/s13295-013-0038-0

Repository Staff Only: item control page