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Modulation of the Intracortical LFP during Action Execution and Observation

Identifieur interne : 003985 ( Ncbi/Curation ); précédent : 003984; suivant : 003986

Modulation of the Intracortical LFP during Action Execution and Observation

Auteurs : Stephan Waldert [Royaume-Uni] ; Ganesh Vigneswaran [Royaume-Uni] ; Roland Philipp [Royaume-Uni] ; Roger N. Lemon [Royaume-Uni] ; Alexander Kraskov [Royaume-Uni]

Source :

The Journal of Neuroscience [ 0270-6474 ] ; 2015.

RBID : PMC:4452553

Abstract

The activity of mirror neurons in macaque ventral premotor cortex (PMv) and primary motor cortex (M1) is modulated by the observation of another's movements. This modulation could underpin well documented changes in EEG/MEG activity indicating the existence of a mirror neuron system in humans. Because the local field potential (LFP) represents an important link between macaque single neuron and human noninvasive studies, we focused on mirror properties of intracortical LFPs recorded in the PMv and M1 hand regions in two macaques while they reached, grasped and held different objects, or observed the same actions performed by an experimenter. Upper limb EMGs were recorded to control for covert muscle activity during observation.

The movement-related potential (MRP), investigated as intracortical low-frequency LFP activity (<9 Hz), was modulated in both M1 and PMv, not only during action execution but also during action observation. Moreover, the temporal LFP modulations during execution and observation were highly correlated in both cortical areas. Beta power in both PMv and M1 was clearly modulated in both conditions. Although the MRP was detected only during dynamic periods of the task (reach/grasp/release), beta decreased during dynamic and increased during static periods (hold).

Comparison of LFPs for different grasps provided evidence for partially nonoverlapping networks being active during execution and observation, which might be related to different inputs to motor areas during these conditions. We found substantial information about grasp in the MRP corroborating its suitability for brain–machine interfaces, although information about grasp was generally low during action observation.

Url:

http://www.ncbi.nlm.nih.gov/pmc/articles/PMC4452553

DOI: 10.1523/JNEUROSCI.5137-14.2015
PubMed: 26041914
PubMed Central: 4452553

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PMC:4452553

Le document en format XML

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<front><div type="abstract" xml:lang="en"><p>The activity of mirror neurons in macaque ventral premotor cortex (PMv) and primary motor cortex (M1) is modulated by the observation of another's movements. This modulation could underpin well documented changes in EEG/MEG activity indicating the existence of a mirror neuron system in humans. Because the local field potential (LFP) represents an important link between macaque single neuron and human noninvasive studies, we focused on mirror properties of intracortical LFPs recorded in the PMv and M1 hand regions in two macaques while they reached, grasped and held different objects, or observed the same actions performed by an experimenter. Upper limb EMGs were recorded to control for covert muscle activity during observation.</p>
<p>The movement-related potential (MRP), investigated as intracortical low-frequency LFP activity (<9 Hz), was modulated in both M1 and PMv, not only during action execution but also during action observation. Moreover, the temporal LFP modulations during execution and observation were highly correlated in both cortical areas. Beta power in both PMv and M1 was clearly modulated in both conditions. Although the MRP was detected only during dynamic periods of the task (reach/grasp/release), beta decreased during dynamic and increased during static periods (hold).</p>
<p>Comparison of LFPs for different grasps provided evidence for partially nonoverlapping networks being active during execution and observation, which might be related to different inputs to motor areas during these conditions. We found substantial information about grasp in the MRP corroborating its suitability for brain–machine interfaces, although information about grasp was generally low during action observation.</p>
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Modulation of the Intracortical LFP during Action Execution and Observation

Modulation of the Intracortical LFP during Action Execution and Observation

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