AI Article Synopsis
- Local field potentials (LFP) capture low-frequency neural activity close to recording electrodes and are important for understanding various cellular processes.
- The review aims to provide guidance for non-experts on LFP by discussing its cellular basis, recording methods, and analytical techniques, especially focusing on power-banded analyses.
- Additionally, it highlights successful clinical applications of LFP, demonstrating its relevance in both research and practical settings.
Article Abstract
Local field potentials (LFP) reflect the spatially weighted low-frequency activity nearest to a recording electrode. LFP recording is a window to a wide range of cellular activities and has gained increasing attention over recent years. We here review major conceptual issues related to LFP with the goal of creating a resource for non-experts considering implementing LFP into their research. We discuss the cellular activity that constitutes the local field potential; recording techniques, including recommendations and limitations; approaches to analysis of LFP data (with focus on power-banded analyses); and finally we discuss reports of the successful use of LFP in clinical applications.
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| http://dx.doi.org/10.3233/JIN-170011 | DOI Listing |
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